OptionalisEnabled: booleanOptionalplanets: Iterable<PlanetParameters>OptionalisSunCastingShadows: booleanOptionalsunAltitude: rsx.DegreeOptionalsunAzimuth: rsx.DegreeOptionalsunSize: numberOptionalsunCoronaSize: numberOptionalsunIntensity: numberOptionalsunTint: Immutable<Vector3>OptionalisMoonEnabled: booleanOptionalmoonAltitude: rsx.DegreeOptionalmoonAzimuth: rsx.DegreeOptionalmoonSize: numberOptionalmoonBrightness: numberOptionalmoonTint: Immutable<Vector3>OptionalisMoonCastingShadows: booleanOptionalisMoonRenderToSkyboxEnabled: booleanOptionalisStarsEnabled: booleanOptionalstarsSize: numberOptionalstarsBrightness: numberOptionalisRenderingStarsAsOnePixel: booleanOptionalisRenderingStarsAllWhite: booleanOptionalisRenderingStarsWithSameBrightness: booleanOptionalisRenderingTexturedStars: booleanOptionalisStarsRenderToSkyboxEnabled: booleanOptionaltimeAndLocation: Immutable<TimeAndLocation>OptionalisAerialViewEnabled: booleanOptionalposition: Immutable<Vector3>OptionalplanetRadius: numberOptionalatmosphereHeight: numberOptionalrayleighHeightScale: numberOptionalmieHeightScale: numberOptionalozoneHeightScale: numberOptionalatmosphereTint: Immutable<Vector3>Protected_atmosphereProtected_atmosphereProtected_isProtected_isProtected_isProtected_isProtected_isProtected_isProtected_isProtected_isProtected_isProtected_isProtected_isProtected_isProtected_mieProtected_moonProtected_moonProtected_moonProtected_moonProtected_moonProtected_ozoneProtected_planetProtected_planetsProtected_positionProtected_rayleighProtected_starsProtected_starsProtected_sunProtected_sunProtected_sunProtected_sunProtected_sunProtected_sunProtected_timeHeight of planet atmosphere to be used in analytical sky model. In kilometers. Raising this values provokes molecules density to lower as they sparse through the volume. Default is earth atmosphere height.
Whether use the aerial view to travel through the atmosphere.
Enables or disables Analytical Sky.
Moon light will casts shadows if true.
Enables/disables rendering of the moon.
Determines if moon is added to the skybox. Only works when not using a unique skybox texture.
Determines if stars are all white colored.
Determines if stars are drawn as pixels.
Determines if stars are all same brightness.
Determines if stars are textured or not.
Enables/disables rendering of the stars.
Determines if stars are added to the skybox. Only works when not using a unique skybox texture.
Sun light will casts shadows if true.
The higher this value - the higher the density of the molecules reaches causing rayleigh scattering. Default value (1.0f) means Earth's atmosphere value. Ref: https://en.wikipedia.org/wiki/Mie_scattering.
Moon radiance multiplier.
The size scale of the Moon.
The higher this value - the higher the density of the molecules reaches causing rayleigh scattering. Default value (1.0f) means Earth's atmosphere value. Ref: https://en.wikipedia.org/wiki/Ozone_layer.
Radius of planet to be used in analytical sky model. In kilometers. Default is earth radius.
Additional planets that may be incorporated to the current structure.
The higher this value - the higher the density of the molecules reaches causing mie scattering. Default value (1.0f) means Earth's atmosphere value. Ref: https://en.wikipedia.org/wiki/Rayleigh_scattering.
Stars radiance multiplier.
The size scale of the stars. Just pure draw value.
The Sun corona's size. Just pure draw value, it doesn't affect on atmosphere intensities.
Sun radiance multiplier. By default sky is as bright as Earth's Sun.
The size scale of the Sun. Just pure draw value, it affects on atmosphere intensities proportionally.
The time and location of the camera on the planet.
Copies all properties defined by the prototype of AnalyticalSkyParameters from other to this instance.
Clones this instance and returns a new AnalyticalSkyParameters with identical values.
Determines if this AnalyticalSkyParameters instance is equal to the other instance.
StaticisDetermines if both AnalyticalSkyParameters instances are equal.
Represents the analytical sky full information.