Transports flight data for location, attitude, configuration between the network and the main thread. More...

#include <FlightData.h>

Classes
struct	lightsTy
	Aircraft lights. More...

struct	wakeTy
	Wake turbulence calculation data: wing span, wing area, aircraft mass. More...

Public Member Functions
	FlightData (const std::string &csv)
	Constructor: Creates a FlightData object from single record CSV-style data. More...

	FlightData (const JSON_Object *obj)
	Constructor: Creates a FlightData object from a JSON object. More...

void	SetTimestamp (double tsIn)
	Set timestamp from input value. More...

bool	operator< (const FlightData &o) const
	Order is solely by timestamp. More...

bool	IsUsable () const
	Has usable data? (Has at least position information) More...

	operator XPLMDrawInfo_t () const
	Convert to XP's drawInfo. More...

void	NANtoZero ()
	Replace any remaining `NAN`s with `0.0` More...

void	NANtoCopy (const FlightData &o)
	Replace any remaining `NAN`s with values from the other object. More...

Static Public Member Functions
static bool	ProcessNetworkData (const std::string &s)
	Main function to interpret network data. More...

Public Attributes
XPMPPlaneID	_modeS_id = 0
	key More...

std::string	icaoType
	ICAO aircraft type according to doc8643. More...

std::string	icaoAirline
	ICAO airline code (for model matching) More...

std::string	tailNum
	tail number / registration, also used as special livery code (optional, for model matching) More...

std::string	callSign
	call sign More...

std::string	label
	label text More...

tsTy	ts
	timestamp More...

double	lat = NAN
	latitude More...

double	lon = NAN
	longitude More...

double	alt_m = NAN
	altitude in meter above ground More...

bool	bGnd = false
	on the ground? More...

float	pitch = NAN
	Pitch in degres to rotate the object, positive is up. More...

float	heading = NAN
	Heading in local coordinates to rotate the object, clockwise. More...

float	roll = NAN
	Roll to rotate the object. More...

FlightData::wakeTy	wake

float	gear = NAN
	gear down = 1.0, gear up = 0.0 More...

float	nws = NAN
	nose wheel steering degree, 0.0 = straight ahead, negative = left More...

float	flaps = NAN
	flaps deployed = 1.0, flaps up = 0.0 More...

float	spoilers = NAN
	spoilers (speedbrakes) up = 1.0, down = 0.0 More...

float	reversers = NAN
	deployment of reversers, 1.0 = fully open More...

float	thrust = NAN
	thrust ratio, -1.0 .. 0.0 .. 1.0 More...

float	engineRpm = NAN
	revolutions per minute of engine/rotor/prop More...

bool	bVisDefined = false
	Has visibility been set in the data? More...

bool	bVisible = true
	Shall plane be drawn? More...

struct FlightData::lightsTy	lights = { false, false, false, false, false, false }

Protected Member Functions
bool	FillFromRTTFC (const std::string &csv)
	RTTFC: Interprets the data as an RTTFC line. More...

bool	FillFromXPPTraffic (const JSON_Object *obj)
	Converts the purpose-desgined XPPTraffic JSON format. More...

Static Protected Member Functions
static bool	AddNew (std::shared_ptr< FlightData > &&pFD)
	Add a just created object to the internal list. More...

Detailed Description

Transports flight data for location, attitude, configuration between the network and the main thread.

Class Documentation

◆ FlightData::lightsTy

struct FlightData::lightsTy

Aircraft lights.

Class Members
bool	beacon: 1	beacon lights
bool	defined: 1	are lights values valid, ie. defined?
bool	landing: 1	landing lights
bool	nav: 1	navigation lights
bool	strobe: 1	strobe lights
bool	taxi: 1	taxi lights

Constructor & Destructor Documentation

◆ FlightData() [1/2]

FlightData::FlightData ( const std::string & csv )

Constructor: Creates a FlightData object from single record CSV-style data.

◆ FlightData() [2/2]

FlightData::FlightData ( const JSON_Object * obj )

Constructor: Creates a FlightData object from a JSON object.

Member Function Documentation

◆ AddNew()

bool FlightData::AddNew ( std::shared_ptr< FlightData > && pFD )

staticprotected

Add a just created object to the internal list.

Performs some basic timestamp handling and validations before doing so like timestamp within grace period and sorted.

◆ FillFromRTTFC()

bool FlightData::FillFromRTTFC ( const std::string & csv )

protected

RTTFC: Interprets the data as an RTTFC line.

See also: https://www.flyrealtraffic.com/RTdev2.0.pdf

◆ FillFromXPPTraffic()

bool FlightData::FillFromXPPTraffic ( const JSON_Object * obj )

protected

Converts the purpose-desgined XPPTraffic JSON format.

◆ IsUsable()

bool FlightData::IsUsable ( ) const

Has usable data? (Has at least position information)

◆ NANtoCopy()

void FlightData::NANtoCopy ( const FlightData & o )

Replace any remaining NANs with values from the other object.

◆ NANtoZero()

void FlightData::NANtoZero ( )

Replace any remaining NANs with 0.0

◆ operator XPLMDrawInfo_t()

FlightData::operator XPLMDrawInfo_t ( ) const

Convert to XP's drawInfo.

◆ operator<()

bool FlightData::operator< ( const FlightData & o ) const

inline

Order is solely by timestamp.

◆ ProcessNetworkData()

bool FlightData::ProcessNetworkData ( const std::string & s )

static

Main function to interpret network data.

Needs to distinguish between

single record data a) in CSV style like RTTFC b) in JSON style like XPPTraffic single plane
array data in JSON style like XPPTraffic

◆ SetTimestamp()

void FlightData::SetTimestamp ( double tsIn )

Set timestamp from input value.

Can be one out of three:

If larger than 1577836800000 -> absolute Java timestamp in milliseconds
If larger than 1577836800.0 -> absolute Unix timestamp in seconds, supports decimals
otherwise relative timestamp NAN is handled as 0.0, ie. "now"

Member Data Documentation

◆ _modeS_id

XPMPPlaneID FlightData::_modeS_id = 0

key

◆ alt_m

double FlightData::alt_m = NAN

altitude in meter above ground

◆ bGnd

bool FlightData::bGnd = false

on the ground?

◆ bVisDefined

bool FlightData::bVisDefined = false

Has visibility been set in the data?

◆ bVisible

bool FlightData::bVisible = true

Shall plane be drawn?

◆ callSign

std::string FlightData::callSign

call sign

◆ engineRpm

float FlightData::engineRpm = NAN

revolutions per minute of engine/rotor/prop

◆ flaps

float FlightData::flaps = NAN

flaps deployed = 1.0, flaps up = 0.0

◆ gear

float FlightData::gear = NAN

gear down = 1.0, gear up = 0.0

◆ heading

float FlightData::heading = NAN

Heading in local coordinates to rotate the object, clockwise.

◆ icaoAirline

std::string FlightData::icaoAirline

ICAO airline code (for model matching)

◆ icaoType

std::string FlightData::icaoType

ICAO aircraft type according to doc8643.

◆ label

std::string FlightData::label

label text

◆ lat

double FlightData::lat = NAN

latitude

◆ lights

struct FlightData::lightsTy FlightData::lights = { false, false, false, false, false, false }

◆ lon

double FlightData::lon = NAN

longitude

◆ nws

float FlightData::nws = NAN

nose wheel steering degree, 0.0 = straight ahead, negative = left

◆ pitch

float FlightData::pitch = NAN

Pitch in degres to rotate the object, positive is up.

◆ reversers

float FlightData::reversers = NAN

deployment of reversers, 1.0 = fully open

◆ roll

float FlightData::roll = NAN

Roll to rotate the object.

◆ spoilers

float FlightData::spoilers = NAN

spoilers (speedbrakes) up = 1.0, down = 0.0

◆ tailNum

std::string FlightData::tailNum

tail number / registration, also used as special livery code (optional, for model matching)

◆ thrust

float FlightData::thrust = NAN

thrust ratio, -1.0 .. 0.0 .. 1.0

◆ ts

tsTy FlightData::ts

timestamp

◆ wake

FlightData::wakeTy FlightData::wake

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

Classes

Public Member Functions

Static Public Member Functions

Public Attributes

Protected Member Functions

Static Protected Member Functions