class Hud

All other data (thrust, g's, aimin reticles.

Public Methods

Hud(Object2D* obj)

Hud()

virtual ~Hud()

void SetObject2D(Object2D* obj)

inline void SetEulerAngles(double psi, double theta, double phi)

get euler angles and convert to degrees internally

inline void SetSpeeds(double V, double M)

inline void SetH(double h)

inline void SetAirAngles(double alpha, double beta)

inline void SetTNtime(double thrust, double n, double time)

virtual int LoadXML(char* file_name)

Load a hud from an XML file.

virtual int ParseXML(xmlDocPtr doc, xmlNodePtr cur)

Parse a hud node inside a XML file

void UpdateObject2D(void)

void SetViewable(bool b)

Update position/orientation/texts of the Object2D from AirDataSensor ones

Private Fields

Object2D* obj2D

float Psi

Euler Angles (in degrees) Given them, we can set HheadingScale, ladder and bank scale

float Theta

float Phi

float Airspeed

Airspeed and altitude

float Altitude

float Mach

Others

float Thrust

float N

float Time

float Alpha

Aerodynamic angles: input for FlightPathMarker

float Beta

Private Methods

void UpdateTexts()

Companion 3D object for visualization.

void UpdateLadder()

void UpdateHHeadingScale()

void UpdateBankScale()

void UpdateFlightPathMarker()

Documentation

All other data (thrust, g's, aimin reticles. ) are inserted from airdyno.

Hud(Object2D* obj)

Hud()

virtual ~Hud()

void SetObject2D(Object2D* obj)

inline void SetEulerAngles(double psi, double theta, double phi)

get euler angles and convert to degrees internally

inline void SetSpeeds(double V, double M)

inline void SetH(double h)

inline void SetAirAngles(double alpha, double beta)

inline void SetTNtime(double thrust, double n, double time)

virtual int LoadXML(char* file_name)

Load a hud from an XML file.

virtual int ParseXML(xmlDocPtr doc, xmlNodePtr cur)

Parse a hud node inside a XML file

void UpdateObject2D(void)

void SetViewable(bool b)

Update position/orientation/texts of the Object2D from AirDataSensor ones

Object2D* obj2D

void UpdateTexts()

Companion 3D object for visualization.

void UpdateLadder()

void UpdateHHeadingScale()

void UpdateBankScale()

void UpdateFlightPathMarker()

float Psi

Euler Angles (in degrees) Given them, we can set HheadingScale, ladder and bank scale

float Theta

float Phi

float Airspeed

Airspeed and altitude

float Altitude

float Mach

Others

float Thrust

float N

float Time

float Alpha

Aerodynamic angles: input for FlightPathMarker

float Beta

This class has no child classes.

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