Enumerate for GNSS Codes. More...

Public Types
enum	{ _GPS_START , _GPS_END , _GAL_START , _GAL_END , _GLO_START , _GLO_END , _BDS_START , _BDS_END , _QZSS_START , _QZSS_END , _IRNSS_START , _IRNSS_END , _SBAS_START , _SBAS_END , _G01_START , _G01_END , _G02_START , _G02_END , _G05_START , _G05_END , _E01_START , _E01_END , _E05_START , _E05_END , _E06_START , _E06_END , _E07_START , _E07_END , _E08_START , _E08_END , _R01_START , _R01_END , _R02_START , _R02_END , _R03_START , _R03_END , _R04_START , _R04_END , _R06_START , _R06_END , _B01_START , _B01_END , _B02_START , _B02_END , _B05_START , _B05_END , _B06_START , _B06_END , _B07_START , _B07_END , _B08_START , _B08_END , _J01_START , _J01_END , _J02_START , _J02_END , _J05_START , _J05_END , _J06_START , _J06_END , _I05_START , _I05_END , _I09_START , _I09_END , _S01_START , _S01_END , _S05_START , _S05_END , COUNT }
	Helper variables. More...

enum	Enum { None , G1C , G1S , G1L , G1X , G1P , G1W , G1Y , G1M , G1N , G2C , G2D , G2S , G2L , G2X , G2P , G2W , G2Y , G2M , G2N , G5I , G5Q , G5X , E1A , E1B , E1C , E1X , E1Z , E5I , E5Q , E5X , E6A , E6B , E6C , E6X , E6Z , E7I , E7Q , E7X , E8I , E8Q , E8X , R1C , R1P , R2C , R2P , R3I , R3Q , R3X , R4A , R4B , R4X , R6A , R6B , R6X , B1D , B1P , B1X , B2I , B2Q , B2X , B5D , B5P , B5X , B6I , B6Q , B6X , B6A , B7I , B7Q , B7X , B7D , B7P , B7Z , B8D , B8P , B8X , J1C , J1S , J1L , J1X , J1Z , J2S , J2L , J2X , J5I , J5Q , J5X , J5D , J5P , J5Z , J6S , J6L , J6X , J6E , J6Z , I5A , I5B , I5C , I5X , I9A , I9B , I9C , I9X , S1C , S5I , S5Q , S5X }
	Enumeration of all Codes. More...

using	Set
	Typedef for the bitset with size of COUNT.

Public Member Functions
constexpr	Code ()=default
	Default constructor for an empty code.

constexpr	Code (const Set &set)
	Constructor from a biset.

	Code (Enum e)
	Constructor from a single code value.

	Code (Frequency_ freq)
	Constructor from a frequency.

	Code (SatelliteSystem_ sys)
	Constructor from a satellite system.

const char *	getDescription () const
	Returns a short description for the code.

Enum	getEnumValue () const
	Returns the enum value for the code (only one must be set)

Frequency	getFrequency () const
	Returns the frequency for the code.

	operator bool () const
	Implicit bool conversion operator. Allows if(...)

constexpr	operator Set () const
	std::bitset conversion operator

	operator std::string () const
	std::string conversion operator

Code &	operator&= (const Code &rhs)
	Allows combining flags of the Code enum.

Code &	operator&= (const Enum &rhs)
	Allows combining flags of the Code enum.

Code &	operator&= (const Frequency &rhs)
	Allows filtering Code with Frequency.

Code &	operator&= (const Frequency_ &rhs)
	Allows filtering Code with Frequency.

Code &	operator&= (const SatelliteSystem &rhs)
	Allows filtering Code with SatelliteSystem.

Code &	operator&= (const SatelliteSystem_ &rhs)
	Allows filtering Code with SatelliteSystem.

Code &	operator\|= (const Code &rhs)
	Allows combining flags of the Code enum.

Code &	operator\|= (const Enum &rhs)
	Allows combining flags of the Code enum.

Code &	operator\|= (const Frequency &rhs)
	Allows filtering Code with Frequency.

Code &	operator\|= (const Frequency_ &rhs)
	Allows filtering Code with Frequency.

Code &	operator\|= (const SatelliteSystem &rhs)
	Allows filtering Code with SatelliteSystem.

Code &	operator\|= (const SatelliteSystem_ &rhs)
	Allows filtering Code with SatelliteSystem.

Code	operator~ () const
	Allows negating flags of the Code enum.

Static Public Member Functions
static Code	fromFreqAttr (Frequency freq, char attribute)
	Generates a Code from frequency and attribute.

static std::vector< Code >	GetAll ()
	Returns a list with all possible codes.

static const char *	GetCodeDescription (Code code)
	Returns a short description for the code.

static Enum	GetCodeEnumValue (Code code)
	Returns the enum value for the code (only one must be set)

static Frequency	GetCodeFequency (Code code)
	Returns the frequency for the code.

static bool	IsCodeCombined (Code first, Code second)
	Checks if the codes are part of a combined code.

Detailed Description

Enumerate for GNSS Codes.

System	Band	Code	Description
GPS	L1	L1C	C/A-code
		L1S, L1L, L1X	L1C (data, pilot, combined)
		L1P	P-code (unencrypted)
		L1W	Semicodeless P(Y) tracking (Z-tracking)
		L1Y	Y-code (with decryption)
		L1M	M-code
		L1N	codeless
	L2	L2C	C/A-code
		L2D	Semi-codeless P(Y) tracking (L1 C/A+(P2-P1))
		L2S, L2L, L2X	L2C-code (medium, long, combined)
		L2P	P-code (unencrypted)
		L2W	Semicodeless P(Y) tracking (Z-tracking)
		L2Y	Y-code (with decryption)
		L2M	M-code
		L2N	codeless
	L5	L5I, L5Q, L5X	L5 (data, pilot, combined)
Galileo	E1	L1A	PRS signal
		L1B, L1C, L1X	OS (data, pilot, combined)
		L1Z	PRS + OS(data+pilot)
	E5a	L5I, L5Q, L5X	E5a (data, pilot, combined)
	E6	L6A	E6 PRS signal
		L6B, L6C, L6X	E6 (data, pilot, combined)
		L6Z	E6 PRS + OS(data+pilot)
E5b	L7I, L7Q, L7X	E5b (data, pilot, combined)
E5	L8I, L8Q, L8X	E5 AltBOC (data, pilot, combined)
GLONASS	L1	L1C	C/A-code
	L1	L1P	P-code
	L2	L2C	C/A-code
	L2	L2P	P-code
	L3	L3I, L3Q, L3X	L3 (data, pilot, combined)
	G1a	L4A, L4B, L4X	G1a (data, pilot, combined)
	G2b	L6A, L6B, L6X	G2a (data, pilot, combined)
BeiDou (BDS-2/3)	B1	L1D, L1P, L1X	B1 (data, pilot, combined)
	B1-2	L2I, L2Q, L2X	B1I(OS), B1Q, combined
	B2a	L5D, L5P, L5X	B2a (data, pilot, combined)
	B3	L6I, L6Q, L6X	B3I, B3Q, combined
	B3	L6A	B3A
	B2b	L7I, L7Q, L7X	BDS-2: B2I(OS), B2Q, combined
	B2b	L7D, L7P, L7Z	BDS-3: data, pilot, combined
	B2	L8D, L8P, L8X	B2 (B2a+B2b): data, pilot, combined
QZSS	L1	L1C	C/A-code
		L1S, L1L, L1X	L1C (data, pilot, combined)
		L1Z	L1-SAIF signal
	L2	L2S, L2L, L2X	L2C-code (medium, long, combined)
	L5	L5I, L5Q, L5X	L5 (data, pilot, combined)
	L5	L5D, L5P, L5Z	I, Q, combined
	L6	L6S, L6L, L6X	LEX signal (short, long, combined)
		L6E	L6E
		L6Z	L6(D+E)
IRNSS/NavIC	L5	L5A	SPS Signal
	L5	L5B, L5C, L5X	RS (data, pilot, combined)
	S	L9A	SPS signal
	S	L9B, L9C, L9X	RS (data, pilot, combined)
SBAS	L1	L1C	C/A-code
SBAS	L5	L5I, L5Q, L5X	L5 (data, pilot, combined)

Note: See [43] Springer Handbook GNSS Annex A, Table A.5, p. 1211; See [37] RINEX 3.04 Appendix A23, p. A43-A46 (97-100)

Member Enumeration Documentation

◆ anonymous enum

anonymous enum

Helper variables.

Enumerator
_GPS_START	GPS start index in the Enum.
_GPS_END	GPS end index in the Enum.
_GAL_START	GAL start index in the Enum.
_GAL_END	GAL end index in the Enum.
_GLO_START	GLO start index in the Enum.
_GLO_END	GLO end index in the Enum.
_BDS_START	BDS start index in the Enum.
_BDS_END	BDS end index in the Enum.
_QZSS_START	QZSS start index in the Enum.
_QZSS_END	QZSS end index in the Enum.
_IRNSS_START	IRNSS start index in the Enum.
_IRNSS_END	IRNSS end index in the Enum.
_SBAS_START	SBAS start index in the Enum.
_SBAS_END	SBAS end index in the Enum.
_G01_START	GPS L1 start index in the Enum.
_G01_END	GPS L1 end index in the Enum.
_G02_START	GPS L2 start index in the Enum.
_G02_END	GPS L2 end index in the Enum.
_G05_START	GPS L5 start index in the Enum.
_G05_END	GPS L5 end index in the Enum.
_E01_START	GAL E1 start index in the Enum.
_E01_END	GAL E1 end index in the Enum.
_E05_START	GAL E5a start index in the Enum.
_E05_END	GAL E5a end index in the Enum.
_E06_START	GAL E6 start index in the Enum.
_E06_END	GAL E6 end index in the Enum.
_E07_START	GAL E5b start index in the Enum.
_E07_END	GAL E5b end index in the Enum.
_E08_START	GAL E5(a+b) start index in the Enum.
_E08_END	GAL E5(a+b) end index in the Enum.
_R01_START	GLO L1 start index in the Enum.
_R01_END	GLO L1 end index in the Enum.
_R02_START	GLO L2 start index in the Enum.
_R02_END	GLO L2 end index in the Enum.
_R03_START	GLO L3 start index in the Enum.
_R03_END	GLO L3 end index in the Enum.
_R04_START	GLO G1a start index in the Enum.
_R04_END	GLO G1a end index in the Enum.
_R06_START	GLO G2a start index in the Enum.
_R06_END	GLO G2a end index in the Enum.
_B01_START	BDS B1 start index in the Enum.
_B01_END	BDS B1 end index in the Enum.
_B02_START	BDS B1-2 start index in the Enum.
_B02_END	BDS B1-2 end index in the Enum.
_B05_START	BDS B2a start index in the Enum.
_B05_END	BDS B2a end index in the Enum.
_B06_START	BDS B3 start index in the Enum.
_B06_END	BDS B3 end index in the Enum.
_B07_START	BDS B2b start index in the Enum.
_B07_END	BDS B2b end index in the Enum.
_B08_START	BDS B2 (B2a+B2b) start index in the Enum.
_B08_END	BDS B2 (B2a+B2b) end index in the Enum.
_J01_START	QZSS L1 start index in the Enum.
_J01_END	QZSS L1 end index in the Enum.
_J02_START	QZSS L2 start index in the Enum.
_J02_END	QZSS L2 end index in the Enum.
_J05_START	QZSS L5 start index in the Enum.
_J05_END	QZSS L5 end index in the Enum.
_J06_START	QZSS L6 start index in the Enum.
_J06_END	QZSS L6 end index in the Enum.
_I05_START	IRNSS L5 start index in the Enum.
_I05_END	IRNSS L5 end index in the Enum.
_I09_START	IRNSS S start index in the Enum.
_I09_END	IRNSS S end index in the Enum.
_S01_START	SBAS L start index in the Enum.
_S01_END	SBAS L end index in the Enum.
_S05_START	SBAS L start index in the Enum.
_S05_END	SBAS L end index in the Enum.
COUNT	Amount of Codes in the Enum.

◆ Enum

enum NAV::Code::Enum

Enumeration of all Codes.

Enumerator
None	None.
G1C	GPS L1 - C/A-code.
G1S	GPS L1 - L1C-D (data)
G1L	GPS L1 - L1C-P (pilot)
G1X	GPS L1 - L1C-(D+P) (combined)
G1P	GPS L1 - P-code (unencrypted)
G1W	GPS L1 - Semicodeless P(Y) tracking (Z-tracking)
G1Y	GPS L1 - Y-code (with decryption)
G1M	GPS L1 - M-code.
G1N	GPS L1 - codeless.
G2C	GPS L2 - C/A-code.
G2D	GPS L2 - Semi-codeless P(Y) tracking (L1 C/A + (P2-P1))
G2S	GPS L2 - L2C(M) (medium)
G2L	GPS L2 - L2C(L) (long)
G2X	GPS L2 - L2C(M+L) (combined)
G2P	GPS L2 - P-code (unencrypted)
G2W	GPS L2 - Semicodeless P(Y) tracking (Z-tracking)
G2Y	GPS L2 - Y-code (with decryption)
G2M	GPS L2 - M-code.
G2N	GPS L2 - codeless.
G5I	GPS L5 - Data.
G5Q	GPS L5 - Pilot.
G5X	GPS L5 - Combined.
E1A	GAL E1 - PRS signal.
E1B	GAL E1 - OS (data)
E1C	GAL E1 - OS (pilot)
E1X	GAL E1 - OS(B+C) (combined)
E1Z	GAL E1 - PRS + OS (data + pilot)
E5I	GAL E5a - Data.
E5Q	GAL E5a - Pilot.
E5X	GAL E5a - Combined.
E6A	GAL E6 - PRS signal.
E6B	GAL E6 - Data.
E6C	GAL E6 - Pilot.
E6X	GAL E6 - Combined (B+C)
E6Z	GAL E6 - PRS + OS (A+B+C)
E7I	GAL E5b - Data.
E7Q	GAL E5b - Pilot.
E7X	GAL E5b - Combined.
E8I	GAL E5(a+b) - AltBOC (data)
E8Q	GAL E5(a+b) - AltBOC (pilot)
E8X	GAL E5(a+b) - AltBOC (combined)
R1C	GLO L1 - C/A-code.
R1P	GLO L1 - P-code.
R2C	GLO L2 - C/A-code.
R2P	GLO L2 - P-code.
R3I	GLO L3 - Data.
R3Q	GLO L3 - Pilot.
R3X	GLO L3 - Combined.
R4A	GLO G1a - L1OCd (data)
R4B	GLO G1a - L1OCp (pilot)
R4X	GLO G1a - L1OCd+L1OCp (combined)
R6A	GLO G2a - L2CSI (data)
R6B	GLO G2a - L2OCp (pilot)
R6X	GLO G2a - L2CSI+L2OCp (combined)
B1D	BeiDou B1 - Data (D)
B1P	BeiDou B1 - Pilot(P)
B1X	BeiDou B1 - D+P.
B2I	BeiDou B1-2 - B1I(OS)
B2Q	BeiDou B1-2 - B1Q.
B2X	BeiDou B1-2 - B1I(OS), B1Q, combined.
B5D	BeiDou B2a - Data (D)
B5P	BeiDou B2a - Pilot(P)
B5X	BeiDou B2a - D+P.
B6I	BeiDou B3 - B3I.
B6Q	BeiDou B3 - B3Q.
B6X	BeiDou B3 - B3I, B3Q, combined.
B6A	BeiDou B3 - B3A.
B7I	BeiDou B2b (BDS-2) - B2I(OS)
B7Q	BeiDou B2b (BDS-2) - B2Q.
B7X	BeiDou B2b (BDS-2) - B2I(OS), B2Q, combined.
B7D	BeiDou B2b (BDS-3) - Data (D)
B7P	BeiDou B2b (BDS-3) - Pilot(P)
B7Z	BeiDou B2b (BDS-3) - D+P.
B8D	BeiDou B2 (B2a+B2b) - Data (D)
B8P	BeiDou B2 (B2a+B2b) - Pilot(P)
B8X	BeiDou B2 (B2a+B2b) - D+P.
J1C	QZSS L1 - C/A-code.
J1S	QZSS L1 - L1C (data)
J1L	QZSS L1 - L1C (pilot)
J1X	QZSS L1 - L1C (combined)
J1Z	QZSS L1 - L1-SAIF signal.
J2S	QZSS L2 - L2C-code (medium)
J2L	QZSS L2 - L2C-code (long)
J2X	QZSS L2 - L2C-code (combined)
J5I	QZSS L5 - Data.
J5Q	QZSS L5 - Pilot.
J5X	QZSS L5 - Combined.
J5D	QZSS L5S - I.
J5P	QZSS L5S - Q.
J5Z	QZSS L5S - I+Q.
J6S	QZSS L6 - L6D LEX signal (short)
J6L	QZSS L6 - L6P LEX signal (long)
J6X	QZSS L6 - L6(D+P) LEX signal (combined)
J6E	QZSS L6 - L6E.
J6Z	QZSS L6 - L6(D+E)
I5A	IRNSS L5 - SPS Signal.
I5B	IRNSS L5 - RS (data)
I5C	IRNSS L5 - RS (pilot)
I5X	IRNSS L5 - RS (combined)
I9A	IRNSS S - SPS signal.
I9B	IRNSS S - RS (data)
I9C	IRNSS S - RS (pilot)
I9X	IRNSS S - RS (combined)
S1C	SBAS L1 - C/A-code.
S5I	SBAS L5 - Data.
S5Q	SBAS L5 - Pilot.
S5X	SBAS L5 - Combined.

Constructor & Destructor Documentation

◆ Code() [1/4]

constexpr NAV::Code::Code ( const Set & set )

inlineexplicitconstexpr

Constructor from a biset.

Parameters

[in] set Bitset with values to construct the Code from

◆ Code() [2/4]

NAV::Code::Code ( SatelliteSystem_ sys )

explicit

Constructor from a satellite system.

Parameters

[in] sys System to set all codes for

◆ Code() [3/4]

NAV::Code::Code ( Frequency_ freq )

explicit

Constructor from a frequency.

Parameters

[in] freq Frequency to set all codes for

◆ Code() [4/4]

NAV::Code::Code ( Enum e )

inline

Constructor from a single code value.

Parameters

[in] e Code enum value to construct the code from

Member Function Documentation

◆ fromFreqAttr()

static Code NAV::Code::fromFreqAttr	(	Frequency	freq,
		char	attribute )

static

Generates a Code from frequency and attribute.

Parameters

[in]	freq	Frequency of the code
[in]	attribute	Attribute letter of the code

Returns: Code representation

◆ GetCodeDescription()

static const char * NAV::Code::GetCodeDescription ( Code code )

static

Returns a short description for the code.

Parameters

[in] code GNSS signal code

◆ GetCodeEnumValue()

static Enum NAV::Code::GetCodeEnumValue ( Code code )

static

Returns the enum value for the code (only one must be set)

Parameters

code	GNSS signal code

◆ GetCodeFequency()

static Frequency NAV::Code::GetCodeFequency ( Code code )

static

Returns the frequency for the code.

Parameters

[in] code GNSS signal code

◆ IsCodeCombined()

static bool NAV::Code::IsCodeCombined	(	Code	first,
		Code	second )

static

Checks if the codes are part of a combined code.

Parameters

[in]	first	First GNSS signal code
[in]	second	Second GNSS signal code

◆ operator Set()

constexpr NAV::Code::operator Set ( ) const

inlineexplicitconstexpr

std::bitset conversion operator

Returns: The bitset representation of the type

◆ operator std::string()

NAV::Code::operator std::string ( ) const

explicit

std::string conversion operator

Returns: A std::string representation of the type

◆ operator&=() [1/6]

Code & NAV::Code::operator&= ( const Code & rhs )

Allows combining flags of the Code enum.

Parameters

[in] rhs Right-hand side value.

Returns: The binary ANDed value.

◆ operator&=() [2/6]

Code & NAV::Code::operator&= ( const Enum & rhs )

Allows combining flags of the Code enum.

Parameters

[in] rhs Right-hand side value.

Returns: The binary ANDed value.

◆ operator&=() [3/6]

Code & NAV::Code::operator&= ( const Frequency & rhs )

Allows filtering Code with Frequency.

Parameters

[in] rhs Right-hand side enum value.

Returns: The binary ANDed value.

◆ operator&=() [4/6]

Code & NAV::Code::operator&= ( const Frequency_ & rhs )

Allows filtering Code with Frequency.

Parameters

[in] rhs Right-hand side enum value.

Returns: The binary ANDed value.

◆ operator&=() [5/6]

Code & NAV::Code::operator&= ( const SatelliteSystem & rhs )

Allows filtering Code with SatelliteSystem.

Parameters

[in] rhs Right-hand side enum value.

Returns: The binary ANDed value.

◆ operator&=() [6/6]

Code & NAV::Code::operator&= ( const SatelliteSystem_ & rhs )

Allows filtering Code with SatelliteSystem.

Parameters

[in] rhs Right-hand side enum value.

Returns: The binary ANDed value.

◆ operator|=() [1/6]

Code & NAV::Code::operator|= ( const Code & rhs )

Allows combining flags of the Code enum.

Parameters

[in] rhs Right-hand side value.

Returns: The binary ORed value.

◆ operator|=() [2/6]

Code & NAV::Code::operator|= ( const Enum & rhs )

Allows combining flags of the Code enum.

Parameters

[in] rhs Right-hand side value.

Returns: The binary ORed value.

◆ operator|=() [3/6]

Code & NAV::Code::operator|= ( const Frequency & rhs )

Allows filtering Code with Frequency.

Parameters

[in] rhs Right-hand side enum value.

Returns: The binary ORed value.

◆ operator|=() [4/6]

Code & NAV::Code::operator|= ( const Frequency_ & rhs )

Allows filtering Code with Frequency.

Parameters

[in] rhs Right-hand side enum value.

Returns: The binary ORed value.

◆ operator|=() [5/6]

Code & NAV::Code::operator|= ( const SatelliteSystem & rhs )

Allows filtering Code with SatelliteSystem.

Parameters

[in] rhs Right-hand side enum value.

Returns: The binary ORed value.

◆ operator|=() [6/6]

Code & NAV::Code::operator|= ( const SatelliteSystem_ & rhs )

Allows filtering Code with SatelliteSystem.

Parameters

[in] rhs Right-hand side enum value.

Returns: The binary ORed value.

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

/home/runner/work/INSTINCT/INSTINCT/src/Navigation/GNSS/Core/Code.hpp

Public Types

Public Member Functions

Static Public Member Functions

Detailed Description

Member Enumeration Documentation

◆ anonymous enum

◆ Enum

Constructor & Destructor Documentation

◆ Code() [1/4]

◆ Code() [2/4]

◆ Code() [3/4]

◆ Code() [4/4]

Member Function Documentation

◆ fromFreqAttr()

◆ GetCodeDescription()

◆ GetCodeEnumValue()

◆ GetCodeFequency()

◆ IsCodeCombined()

◆ operator Set()

◆ operator std::string()

◆ operator&=() [1/6]

◆ operator&=() [2/6]

◆ operator&=() [3/6]

◆ operator&=() [4/6]

◆ operator&=() [5/6]

◆ operator&=() [6/6]

◆ operator|=() [1/6]

◆ operator|=() [2/6]

◆ operator|=() [3/6]

◆ operator|=() [4/6]

◆ operator|=() [5/6]

◆ operator|=() [6/6]