Provide a set of methods used to draw sky objects taking into account eyes adaptation, zoom level, instrument model and artificially set magnitude limits. More...

#include <StelSkyDrawer.hpp>

Inheritance diagram for StelSkyDrawer:

Collaboration diagram for StelSkyDrawer:

Public Slots
void	setRelativeStarScale (double b=1.0)
	Set the way brighter stars will look bigger as the fainter ones. More...

double	getRelativeStarScale () const
	Get the way brighter stars will look bigger as the fainter ones. More...

void	setAbsoluteStarScale (double b=1.0)
	Set the absolute star brightness scale. More...

double	getAbsoluteStarScale () const
	Get the absolute star brightness scale. More...

void	setTwinkleAmount (double b)
	Set source twinkle amount. More...

double	getTwinkleAmount () const
	Get source twinkle amount. More...

void	setFlagTwinkle (bool b)
	Set flag for source twinkling. More...

bool	getFlagTwinkle () const
	Get flag for source twinkling. More...

void	setFlagForcedTwinkle (bool b)
	Set flag for enable twinkling of stars without atmosphere. More...

bool	getFlagForcedTwinkle () const
	Get flag for enable twinkling of stars without atmosphere. More...

void	setBortleScaleIndex (int index)
	Set the parameters so that the stars disappear at about the limit given by the bortle scale The limit is valid only at a given zoom level (around 60 deg) More...

int	getBortleScaleIndex () const
	Get the current Bortle scale index. More...

float	getLimitMagnitude () const
	Get the magnitude of the currently faintest visible point source It depends on the zoom level, on the eye adapation and on the point source rendering parameters. More...

void	setFlagStarMagnitudeLimit (bool b)
	Toggle the application of user-defined star magnitude limit. More...

bool	getFlagStarMagnitudeLimit () const

void	setFlagNebulaMagnitudeLimit (bool b)
	Toggle the application of user-defined deep-sky object magnitude limit. More...

bool	getFlagNebulaMagnitudeLimit () const

void	setFlagPlanetMagnitudeLimit (bool b)
	Toggle the application of user-defined solar system object magnitude limit. More...

bool	getFlagPlanetMagnitudeLimit () const

double	getCustomStarMagnitudeLimit () const
	Get the value used for forced star magnitude limiting. More...

void	setCustomStarMagnitudeLimit (double limit)
	Sets a lower limit for star magnitudes (anything fainter is ignored). More...

double	getCustomNebulaMagnitudeLimit () const
	Get the value used for forced nebula magnitude limiting. More...

void	setCustomNebulaMagnitudeLimit (double limit)
	Sets a lower limit for nebula magnitudes (anything fainter is ignored). More...

double	getCustomPlanetMagnitudeLimit () const
	Get the value used for forced solar system object magnitude limiting. More...

void	setCustomPlanetMagnitudeLimit (double limit)
	Sets a lower limit for solar system object magnitudes (anything fainter is ignored). More...

float	getLimitLuminance () const
	Get the luminance of the faintest visible object (e.g. More...

void	setFlagLuminanceAdaptation (bool b)
	Set the value of the eye adaptation flag. More...

bool	getFlagLuminanceAdaptation () const
	Get the current value of eye adaptation flag. More...

void	setFlagHasAtmosphere (bool b)
	Informing the drawer whether atmosphere is displayed. More...

bool	getFlagHasAtmosphere () const
	This is used to decide whether to apply refraction/extinction before rendering point sources et al. More...

void	setExtinctionCoefficient (double extCoeff)
	Set extinction coefficient, mag/airmass (for extinction). More...

double	getExtinctionCoefficient () const
	Get extinction coefficient, mag/airmass (for extinction). More...

void	setAtmosphereTemperature (double celsius)
	Set atmospheric (ground) temperature in deg celsius (for refraction). More...

double	getAtmosphereTemperature () const
	Get atmospheric (ground) temperature in deg celsius (for refraction). More...

void	setAtmospherePressure (double mbar)
	Set atmospheric (ground) pressure in mbar (for refraction). More...

double	getAtmospherePressure () const
	Get atmospheric (ground) pressure in mbar (for refraction). More...

const Extinction &	getExtinction () const
	Get the current valid extinction computation object. More...

const Refraction &	getRefraction () const
	Get the current valid refraction computation object. More...

float	getBig3dModelHaloRadius () const
	Get the radius of the big halo texture used when a 3d model is very bright. More...

void	setBig3dModelHaloRadius (float r)
	Set the radius of the big halo texture used when a 3d model is very bright. More...

Signals
void	relativeStarScaleChanged (double b)
	Emitted whenever the relative star scale changed. More...

void	absoluteStarScaleChanged (double b)
	Emitted whenever the absolute star scale changed. More...

void	twinkleAmountChanged (double b)
	Emitted whenever the twinkle amount changed. More...

void	flagTwinkleChanged (bool b)
	Emitted whenever the twinkle flag is toggled. More...

void	bortleScaleIndexChanged (int index)
	Emitted whenever the Bortle scale index changed. More...

void	flagStarMagnitudeLimitChanged (bool b)
	Emitted whenever the star magnitude limit flag is toggled. More...

void	flagNebulaMagnitudeLimitChanged (bool b)
	Emitted whenever the nebula magnitude limit flag is toggled. More...

void	flagPlanetMagnitudeLimitChanged (bool b)
	Emitted whenever the planet magnitude limit flag is toggled. More...

void	customStarMagLimitChanged (double limit)
	Emitted whenever the star magnitude limit changed. More...

void	customNebulaMagLimitChanged (double limit)
	Emitted whenever the nebula magnitude limit changed. More...

void	customPlanetMagLimitChanged (double limit)
	Emitted whenever the planet magnitude limit changed. More...

void	flagLuminanceAdaptationChanged (bool b)
	Emitted whenever the luminance adaptation flag is toggled. More...

void	extinctionCoefficientChanged (double coeff)

void	atmosphereTemperatureChanged (double celsius)

void	atmospherePressureChanged (double mbar)

Public Member Functions
	StelSkyDrawer (StelCore *core)
	Constructor. More...

	~StelSkyDrawer ()
	Destructor. More...

void	init ()
	Init parameters from config file. More...

void	update (double deltaTime)
	Update with respect to the time and StelProjector/StelToneReproducer state. More...

void	preDrawPointSource (StelPainter *p)
	Set the proper openGL state before making calls to drawPointSource. More...

void	postDrawPointSource (StelPainter *sPainter)
	Finalize the drawing of point sources. More...

bool	drawPointSource (StelPainter *sPainter, const Vec3f &v, const RCMag &rcMag, unsigned int bV, bool checkInScreen=false, float twinkleFactor=1.0f)
	Draw a point source halo. More...

bool	drawPointSource (StelPainter *sPainter, const Vec3f &v, const RCMag &rcMag, const Vec3f &bcolor, bool checkInScreen=false, float twinkleFactor=1.0f)

void	drawSunCorona (StelPainter *painter, const Vec3f &v, float radius, const Vec3f &color, const float alpha)

void	postDrawSky3dModel (StelPainter *p, const Vec3f &v, float illuminatedArea, float mag, const Vec3f &color=Vec3f(1.f, 1.f, 1.f))
	Terminate drawing of a 3D model, draw the halo. More...

bool	computeRCMag (float mag, RCMag *) const
	Compute RMag and CMag from magnitude. More...

void	reportLuminanceInFov (float lum, bool fastAdaptation=false)
	Report that an object of luminance lum with an on-screen area of area pixels is currently displayed This information is used to determine the world adaptation luminance This method should be called during the update operations of the main loop. More...

void	preDraw ()
	To be called before the drawing stage starts. More...

Static Public Member Functions
static float	surfacebrightnessToLuminance (float sb)
	Compute the luminance for an extended source with the given surface brightness. More...

static float	luminanceToSurfacebrightness (float lum)
	Compute the surface brightness from the luminance of an extended source. More...

static float	indexToBV (unsigned char bV)
	Convert quantized B-V index to float B-V. More...

static const Vec3f &	indexToColor (unsigned char bV)
	Convert quantized B-V index to RGB colors. More...

Properties
double	relativeStarScale
	Sets how much brighter stars will be bigger than fainter stars. More...

double	absoluteStarScale
	The absolute star brightness scale. More...

double	twinkleAmount

bool	flagTwinkle

int	bortleScaleIndex
	The current Bortle Scale index. More...

bool	flagStarMagnitudeLimit
	Controls the application of the user-defined star magnitude limit. More...

bool	flagNebulaMagnitudeLimit
	Controls the application of the user-defined nebula magnitude limit. More...

bool	flagPlanetMagnitudeLimit
	Controls the application of the user-defined planet magnitude limit. More...

double	customStarMagLimit
	User-defined magnitude limit for stars. More...

double	customNebulaMagLimit
	User-defined magnitude limit for deep-sky objects. More...

double	customPlanetMagLimit
	User-defined magnitude limit for solar system objects. More...

bool	flagLuminanceAdaptation

double	extinctionCoefficient

double	atmosphereTemperature

double	atmospherePressure

Detailed Description

Provide a set of methods used to draw sky objects taking into account eyes adaptation, zoom level, instrument model and artificially set magnitude limits.

Definition at line 46 of file StelSkyDrawer.hpp.

Constructor & Destructor Documentation

StelSkyDrawer::StelSkyDrawer ( StelCore * core )

Constructor.

StelSkyDrawer::~StelSkyDrawer ( )

Destructor.

Member Function Documentation

void StelSkyDrawer::absoluteStarScaleChanged ( double b )

signal

Emitted whenever the absolute star scale changed.

void StelSkyDrawer::bortleScaleIndexChanged ( int index )

signal

Emitted whenever the Bortle scale index changed.

bool StelSkyDrawer::computeRCMag	(	float	mag,
		RCMag *
	)		const

Compute RMag and CMag from magnitude.

Parameters

mag	the object integrated V magnitude
rcMag	array of 2 floats containing the radius and luminance

Returns: false if the object is too faint to be displayed

void StelSkyDrawer::customNebulaMagLimitChanged ( double limit )

signal

Emitted whenever the nebula magnitude limit changed.

void StelSkyDrawer::customPlanetMagLimitChanged ( double limit )

signal

Emitted whenever the planet magnitude limit changed.

void StelSkyDrawer::customStarMagLimitChanged ( double limit )

signal

Emitted whenever the star magnitude limit changed.

bool StelSkyDrawer::drawPointSource	(	StelPainter *	sPainter,
		const Vec3f &	v,
		const RCMag &	rcMag,
		unsigned int	bV,
		bool	checkInScreen = `false`,
		float	twinkleFactor = `1.0f`
	)

inline

Draw a point source halo.

Parameters

sPainter	the StelPainter to use for drawing.
v	the 3d position of the source in J2000 reference frame
rcMag	the radius and luminance of the source as computed by computeRCMag()
bV	the source B-V index
checkInScreen	whether source in screen should be checked to avoid unnecessary drawing.
twinkleFactor	allows height-dependent twinkling. Recommended value: min(1,1-0.9*sin(altitude)). Allowed values [0..1]

Returns: true if the source was actually visible and drawn

Definition at line 101 of file StelSkyDrawer.hpp.

void StelSkyDrawer::flagLuminanceAdaptationChanged ( bool b )

signal

Emitted whenever the luminance adaptation flag is toggled.

void StelSkyDrawer::flagNebulaMagnitudeLimitChanged ( bool b )

signal

Emitted whenever the nebula magnitude limit flag is toggled.

void StelSkyDrawer::flagPlanetMagnitudeLimitChanged ( bool b )

signal

Emitted whenever the planet magnitude limit flag is toggled.

void StelSkyDrawer::flagStarMagnitudeLimitChanged ( bool b )

signal

Emitted whenever the star magnitude limit flag is toggled.

void StelSkyDrawer::flagTwinkleChanged ( bool b )

signal

Emitted whenever the twinkle flag is toggled.

double StelSkyDrawer::getAbsoluteStarScale ( ) const

inlineslot

Get the absolute star brightness scale.

Definition at line 164 of file StelSkyDrawer.hpp.

double StelSkyDrawer::getAtmospherePressure ( ) const

inlineslot

Get atmospheric (ground) pressure in mbar (for refraction).

Definition at line 261 of file StelSkyDrawer.hpp.

double StelSkyDrawer::getAtmosphereTemperature ( ) const

inlineslot

Get atmospheric (ground) temperature in deg celsius (for refraction).

Definition at line 257 of file StelSkyDrawer.hpp.

float StelSkyDrawer::getBig3dModelHaloRadius ( ) const

inlineslot

Get the radius of the big halo texture used when a 3d model is very bright.

Definition at line 269 of file StelSkyDrawer.hpp.

int StelSkyDrawer::getBortleScaleIndex ( ) const

inlineslot

Get the current Bortle scale index.

See also: https://en.wikipedia.org/wiki/Bortle_scale

Definition at line 189 of file StelSkyDrawer.hpp.

double StelSkyDrawer::getCustomNebulaMagnitudeLimit ( ) const

inlineslot

Get the value used for forced nebula magnitude limiting.

Definition at line 224 of file StelSkyDrawer.hpp.

double StelSkyDrawer::getCustomPlanetMagnitudeLimit ( ) const

inlineslot

Get the value used for forced solar system object magnitude limiting.

Definition at line 229 of file StelSkyDrawer.hpp.

double StelSkyDrawer::getCustomStarMagnitudeLimit ( ) const

inlineslot

Get the value used for forced star magnitude limiting.

Definition at line 219 of file StelSkyDrawer.hpp.

const Extinction& StelSkyDrawer::getExtinction ( ) const

inlineslot

Get the current valid extinction computation object.

Definition at line 264 of file StelSkyDrawer.hpp.

double StelSkyDrawer::getExtinctionCoefficient ( ) const

inlineslot

Get extinction coefficient, mag/airmass (for extinction).

Definition at line 253 of file StelSkyDrawer.hpp.

bool StelSkyDrawer::getFlagForcedTwinkle ( ) const

inlineslot

Get flag for enable twinkling of stars without atmosphere.

Note: option for planetariums

Definition at line 181 of file StelSkyDrawer.hpp.

bool StelSkyDrawer::getFlagHasAtmosphere ( ) const

inlineslot

This is used to decide whether to apply refraction/extinction before rendering point sources et al.

Definition at line 248 of file StelSkyDrawer.hpp.

bool StelSkyDrawer::getFlagLuminanceAdaptation ( ) const

inlineslot

Get the current value of eye adaptation flag.

Definition at line 242 of file StelSkyDrawer.hpp.

bool StelSkyDrawer::getFlagNebulaMagnitudeLimit ( ) const

inlineslot

Returns: true if the user-defined nebula magnitude limit is in force.

Definition at line 209 of file StelSkyDrawer.hpp.

bool StelSkyDrawer::getFlagPlanetMagnitudeLimit ( ) const

inlineslot

Returns: true if the user-defined nebula magnitude limit is in force.

Definition at line 216 of file StelSkyDrawer.hpp.

bool StelSkyDrawer::getFlagStarMagnitudeLimit ( ) const

inlineslot

Returns: true if the user-defined star magnitude limit is in force.

Definition at line 202 of file StelSkyDrawer.hpp.

bool StelSkyDrawer::getFlagTwinkle ( ) const

inlineslot

Get flag for source twinkling.

Definition at line 174 of file StelSkyDrawer.hpp.

float StelSkyDrawer::getLimitLuminance ( ) const

inlineslot

Get the luminance of the faintest visible object (e.g.

RGB<0.05) It depends on the zoom level, on the eye adapation and on the point source rendering parameters

Returns: the limit V luminance at which an object will be visible

Definition at line 237 of file StelSkyDrawer.hpp.

float StelSkyDrawer::getLimitMagnitude ( ) const

inlineslot

Get the magnitude of the currently faintest visible point source It depends on the zoom level, on the eye adapation and on the point source rendering parameters.

Returns: the limit V mag at which a point source will be displayed

Definition at line 194 of file StelSkyDrawer.hpp.

const Refraction& StelSkyDrawer::getRefraction ( ) const

inlineslot

Get the current valid refraction computation object.

Definition at line 266 of file StelSkyDrawer.hpp.

double StelSkyDrawer::getRelativeStarScale ( ) const

inlineslot

Get the way brighter stars will look bigger as the fainter ones.

Definition at line 159 of file StelSkyDrawer.hpp.

double StelSkyDrawer::getTwinkleAmount ( ) const

inlineslot

Get source twinkle amount.

Definition at line 169 of file StelSkyDrawer.hpp.

static float StelSkyDrawer::indexToBV ( unsigned char bV )

inlinestatic

Convert quantized B-V index to float B-V.

Definition at line 144 of file StelSkyDrawer.hpp.

static const Vec3f& StelSkyDrawer::indexToColor ( unsigned char bV )

inlinestatic

Convert quantized B-V index to RGB colors.

Definition at line 150 of file StelSkyDrawer.hpp.

void StelSkyDrawer::init ( )

Init parameters from config file.

static float StelSkyDrawer::luminanceToSurfacebrightness ( float lum )

static

Compute the surface brightness from the luminance of an extended source.

Parameters

lum	luminance in cd/m^2

Returns: surface brightness in V magnitude/arcmin^2

void StelSkyDrawer::postDrawPointSource ( StelPainter * sPainter )

Finalize the drawing of point sources.

void StelSkyDrawer::postDrawSky3dModel	(	StelPainter *	p,
		const Vec3f &	v,
		float	illuminatedArea,
		float	mag,
		const Vec3f &	color = `Vec3f(1.f, 1.f, 1.f)`
	)

Terminate drawing of a 3D model, draw the halo.

Parameters

p	the StelPainter instance to use for this drawing operation
v	the 3d position of the source in J2000 reference frame
illuminatedArea	the illuminated area in arcmin^2
mag	the source integrated magnitude
color	the object halo RGB color

void StelSkyDrawer::preDraw ( )

To be called before the drawing stage starts.

void StelSkyDrawer::preDrawPointSource ( StelPainter * p )

Set the proper openGL state before making calls to drawPointSource.

Parameters

p	a pointer to a valid instance of a Painter. The instance must be valid until postDrawPointSource() is called

void StelSkyDrawer::relativeStarScaleChanged ( double b )

signal

Emitted whenever the relative star scale changed.

void StelSkyDrawer::reportLuminanceInFov	(	float	lum,
		bool	fastAdaptation = `false`
	)

Report that an object of luminance lum with an on-screen area of area pixels is currently displayed This information is used to determine the world adaptation luminance This method should be called during the update operations of the main loop.

Parameters

lum	luminance in cd/m^2
fastAdaptation	adapt the eye quickly if true, other wise use a smooth adaptation

void StelSkyDrawer::setAbsoluteStarScale ( double b = 1.0 )

inlineslot

Set the absolute star brightness scale.

Definition at line 162 of file StelSkyDrawer.hpp.

void StelSkyDrawer::setAtmospherePressure ( double mbar )

inlineslot

Set atmospheric (ground) pressure in mbar (for refraction).

Definition at line 259 of file StelSkyDrawer.hpp.

void StelSkyDrawer::setAtmosphereTemperature ( double celsius )

inlineslot

Set atmospheric (ground) temperature in deg celsius (for refraction).

Definition at line 255 of file StelSkyDrawer.hpp.

void StelSkyDrawer::setBig3dModelHaloRadius ( float r )

inlineslot

Set the radius of the big halo texture used when a 3d model is very bright.

Definition at line 271 of file StelSkyDrawer.hpp.

void StelSkyDrawer::setBortleScaleIndex ( int index )

slot

Set the parameters so that the stars disappear at about the limit given by the bortle scale The limit is valid only at a given zoom level (around 60 deg)

See also: https://en.wikipedia.org/wiki/Bortle_scale

void StelSkyDrawer::setCustomNebulaMagnitudeLimit ( double limit )

inlineslot

Sets a lower limit for nebula magnitudes (anything fainter is ignored).

In force only if flagNebulaMagnitudeLimit is set.

Definition at line 227 of file StelSkyDrawer.hpp.

void StelSkyDrawer::setCustomPlanetMagnitudeLimit ( double limit )

inlineslot

Sets a lower limit for solar system object magnitudes (anything fainter is ignored).

In force only if flagPlanetMagnitudeLimit is set.

Definition at line 232 of file StelSkyDrawer.hpp.

void StelSkyDrawer::setCustomStarMagnitudeLimit ( double limit )

inlineslot

Sets a lower limit for star magnitudes (anything fainter is ignored).

In force only if flagStarMagnitudeLimit is set.

Definition at line 222 of file StelSkyDrawer.hpp.

void StelSkyDrawer::setExtinctionCoefficient ( double extCoeff )

inlineslot

Set extinction coefficient, mag/airmass (for extinction).

Definition at line 251 of file StelSkyDrawer.hpp.

void StelSkyDrawer::setFlagForcedTwinkle ( bool b )

inlineslot

Set flag for enable twinkling of stars without atmosphere.

Note: option for planetariums

Definition at line 178 of file StelSkyDrawer.hpp.

void StelSkyDrawer::setFlagHasAtmosphere ( bool b )

inlineslot

Informing the drawer whether atmosphere is displayed.

This is used to avoid twinkling/simulate extinction/refraction.

Definition at line 246 of file StelSkyDrawer.hpp.

void StelSkyDrawer::setFlagLuminanceAdaptation ( bool b )

inlineslot

Set the value of the eye adaptation flag.

Definition at line 240 of file StelSkyDrawer.hpp.

void StelSkyDrawer::setFlagNebulaMagnitudeLimit ( bool b )

inlineslot

Toggle the application of user-defined deep-sky object magnitude limit.

If enabled, deep-sky objects fainter than the magnitude set with setCustomNebulaMagnitudeLimit() will not be displayed.

Definition at line 207 of file StelSkyDrawer.hpp.

void StelSkyDrawer::setFlagPlanetMagnitudeLimit ( bool b )

inlineslot

Toggle the application of user-defined solar system object magnitude limit.

If enabled, planets, planetary moons, asteroids (KBO, ...) and comets fainter than the magnitude set with setCustomPlanetMagnitudeLimit() will not be displayed.

Definition at line 214 of file StelSkyDrawer.hpp.

void StelSkyDrawer::setFlagStarMagnitudeLimit ( bool b )

inlineslot

Toggle the application of user-defined star magnitude limit.

If enabled, stars fainter than the magnitude set with setCustomStarMagnitudeLimit() will not be displayed.

Definition at line 200 of file StelSkyDrawer.hpp.

void StelSkyDrawer::setFlagTwinkle ( bool b )

inlineslot

Set flag for source twinkling.

Definition at line 172 of file StelSkyDrawer.hpp.

void StelSkyDrawer::setRelativeStarScale ( double b = 1.0 )

inlineslot

Set the way brighter stars will look bigger as the fainter ones.

Definition at line 157 of file StelSkyDrawer.hpp.

void StelSkyDrawer::setTwinkleAmount ( double b )

inlineslot

Set source twinkle amount.

Definition at line 167 of file StelSkyDrawer.hpp.

static float StelSkyDrawer::surfacebrightnessToLuminance ( float sb )

static

Compute the luminance for an extended source with the given surface brightness.

Parameters

sb	surface brightness in V magnitude/arcmin^2

Returns: the luminance in cd/m^2

void StelSkyDrawer::twinkleAmountChanged ( double b )

signal

Emitted whenever the twinkle amount changed.

void StelSkyDrawer::update ( double deltaTime )

Update with respect to the time and StelProjector/StelToneReproducer state.

Parameters

deltaTime the time increment in second since last call.

Property Documentation

double StelSkyDrawer::absoluteStarScale

readwrite

The absolute star brightness scale.

Definition at line 53 of file StelSkyDrawer.hpp.

int StelSkyDrawer::bortleScaleIndex

readwrite

The current Bortle Scale index.

Definition at line 56 of file StelSkyDrawer.hpp.

double StelSkyDrawer::customNebulaMagLimit

readwrite

User-defined magnitude limit for deep-sky objects.

Interpreted as a lower limit - nebulae fainter than this value will not be displayed. Used if flagNebulaMagnitudeLimit is true.

Definition at line 63 of file StelSkyDrawer.hpp.

double StelSkyDrawer::customPlanetMagLimit

readwrite

User-defined magnitude limit for solar system objects.

Interpreted as a lower limit - planets fainter than this value will not be displayed. Used if flagPlanetMagnitudeLimit is true.

Definition at line 64 of file StelSkyDrawer.hpp.

double StelSkyDrawer::customStarMagLimit

readwrite

User-defined magnitude limit for stars.

Interpreted as a lower limit - stars fainter than this value will not be displayed. Used if flagStarMagnitudeLimit is true.

Definition at line 62 of file StelSkyDrawer.hpp.

bool StelSkyDrawer::flagNebulaMagnitudeLimit

readwrite

Controls the application of the user-defined nebula magnitude limit.

See also: customNebulaMagnitudeLimit

Definition at line 59 of file StelSkyDrawer.hpp.

bool StelSkyDrawer::flagPlanetMagnitudeLimit

readwrite

Controls the application of the user-defined planet magnitude limit.

See also: customPlanetMagnitudeLimit

Definition at line 60 of file StelSkyDrawer.hpp.

bool StelSkyDrawer::flagStarMagnitudeLimit

readwrite

Controls the application of the user-defined star magnitude limit.

See also: customStarMagnitudeLimit

Definition at line 58 of file StelSkyDrawer.hpp.

double StelSkyDrawer::relativeStarScale

readwrite

Sets how much brighter stars will be bigger than fainter stars.

Definition at line 51 of file StelSkyDrawer.hpp.

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

/home/aw/devel/stellarium/0.15/src/core/StelSkyDrawer.hpp

Public Slots

Signals

Public Member Functions

Static Public Member Functions

Properties

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Property Documentation