Uses of Class
org.gjt.universe.Classification

Packages that use Classification

org.gjt.universe

Uses of Classification in org.gjt.universe

Subclasses of Classification in org.gjt.universe

class	AtmosphereCompositionType
static class	AtmosphereCompositionType.CarbonDioxideAtmosphereCompositionType This standard subclass is used to represent planets which have an atmosphere composed almost entirely of carbon dioxide.
static class	AtmosphereCompositionType.HydrogenAtmosphereCompositionType This standard subclass is used to represent planets which have an atmosphere composed almost entirely of hydrogen.
static class	AtmosphereCompositionType.NoneAtmosphereCompositionType This standard subclass is used to represent planets which have such a low surface pressure that they have no appreciable atmosphere.
static class	AtmosphereCompositionType.NormalAtmosphereCompositionType This standard subclass is used to represent planets which have atmospheric composition ranges which are much like those of Earth.
class	AtmosphereType
static class	AtmosphereType.NoneAtmosphereType This standard subclass is used to represent non-existent atmospheres (i.e.
static class	AtmosphereType.NormalAtmosphereType This standard subclass is used to represent atmospheres which are much like that of Earth.
class	GravityType
static class	GravityType.HighGravityType This standard subclass is used to classify a surface gravity which is slightly heavier than that of Earth and which most beings would find oppressive.
static class	GravityType.LowGravityType This standard subclass is used to classify a surface gravity which is much less than that of Earth, but still enough that objects won't simply fly of the surface.
static class	GravityType.NormalGravityType This standard subclass is used to classify a surface gravity which is essentially the same as that of Earth.
static class	GravityType.UltraHighGravityType This standard subclass is used to classify a surface gravity which is so heavy that most beings would be instantly crushed into paste by it.
static class	GravityType.ZeroGravityType This standard subclass is used to classify a surface gravity which is so weak that it is eseentially non- existent (e.g.
class	PlanetType
class	SurfacePressureType
static class	SurfacePressureType.HighSurfacePressureType This standard subclass is used to represent planets which have a surface pressure slightly higher than Earth-normal.
static class	SurfacePressureType.LowSurfacePressureType This standard subclass is used to represent planets which have a surface pressure slightly higher than Earth-normal.
static class	SurfacePressureType.NoneSurfacePressureType This standard subclass is used to represent planets which have such a low surface pressure that they essentially have no atmosphere at all.
static class	SurfacePressureType.NormalSurfacePressureType This standard subclass is used to represent planets which have surface pressure much like that of Earth.
static class	SurfacePressureType.UltraHighSurfacePressureType This standard subclass is used to represent planets which have a surface pressure significantly higher than Earth-normal.
static class	SurfacePressureType.UltraLowSurfacePressureType This standard subclass is used to represent planets which have a surface pressure significantly lower than Earth-normal.
class	TemperatureType
static class	TemperatureType.CoolTemperatureType This standard subclass is used to represent planets which have temperature ranges slightly colder than those of Earth.
static class	TemperatureType.ExtremeTemperatureType This standard subclass is used to represent planets which have temperature ranges entirely above the boiling point of water on Earth.
static class	TemperatureType.GlacialTemperatureType This standard subclass is used to represent planets which have temperature ranges entirely below the freezing point of water on Earth.
static class	TemperatureType.HotTemperatureType This standard subclass is used to represent planets which have temperature ranges slightly warmer than those of Earth.
static class	TemperatureType.InfernalTemperatureType This standard subclass is used to represent planets which have temperature ranges entirely above the boiling point of water on Earth.
static class	TemperatureType.NormalTemperatureType This standard subclass is used to represent planets which have temperature ranges which are much like those of Earth.
class	TerrainType
static class	TerrainType.DesertTerrainType This standard subclass is used to represent a planet covered in a vast desert (e.g.
static class	TerrainType.GasGiantTerrainType This standard subclass is used as the catch-all for those terrains whose make-up falls outside the character of all other terrain types.
static class	TerrainType.IceboundOceanTerrainType This standard subclass is used to represent a planet completely covered in an ocean encased beneath a layer of ice (e.g.
static class	TerrainType.IceTerrainType This standard subclass is used to represent a planet completely covered by a layer of ice (e.g.
static class	TerrainType.MixedTerrainType This standard subclass is used to represent a planet containing a mix of various land and ocean terrain (e.g.
static class	TerrainType.OceanTerrainType This standard subclass is used to represent a planet almost completely covered by an ocean.
static class	TerrainType.RockTerrainType This standard subclass is used to represent a barren rocky planet (e.g.
class	WeatherType
static class	WeatherType.CalmWeatherType This standard subclass is used to represent planetary weather which is much less energetic than that of Earth.
static class	WeatherType.NoneWeatherType This standard subclass is used to represent planetary weather which is much less energetic than that of Earth.
static class	WeatherType.NormalWeatherType This standard subclass is used to represent planetary weather which is no more violent than that of Earth.
static class	WeatherType.TurbulentWeatherType This standard subclass is used to represent planetary weather which is slightly violent than that of Earth.
static class	WeatherType.ViolentWeatherType This standard subclass is used to represent planetary weather which is much more violent than that of Earth.