Class Hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 1234]

CProceduralPlanets.PropertyFloatAnimation.Animation
CProceduralPlanets.Blueprint.BlueprintPropertyColor
CProceduralPlanets.Blueprint.BlueprintPropertyFloat
CProceduralPlanets.Blueprint.BlueprintPropertyMaterial
▼CMonoBehaviour
▼CProceduralPlanets.Blueprint	This base class for all blueprints which contains core classes, lists, and methods common to all blueprints. Planet and Ring blueprites are derived from this class
▼CProceduralPlanets.BlueprintPlanet	This is the parent class of planet blueprints containing some of the core variables, classes and methods. Derived from Bluprint class which contains some core classes, lists, and methods common to all types of blueprints
CProceduralPlanets.BlueprintGasPlanet	This is derived from the BlueprintPlanet and contains specific types of properties for gas planet blueprints
CProceduralPlanets.BlueprintSolidPlanet	This is derived from the BlueprintPlanet and contains specific types of properties for solid planet blueprints
CProceduralPlanets.BlueprintRing	This is the class of ring blueprints. Derived from Bluprint class which contains some core classes, lists, and methods common to all types of blueprints
CProceduralPlanets.LocalStar	This component contains properties for a local star and it's used by planets to locate a star in the scene (by finding this component)
▼CProceduralPlanets.Planet	This is the base class for planets. Solid and Gas planets derive from this class
CProceduralPlanets.GasPlanet	Component used by gas planets. Planets are created by using the Inspector on the PlanetManager or via the static public method See also PlanetManager.CreatePlanet(Vector3, int, string, string) in PlanetManager
CProceduralPlanets.SolidPlanet	Component used by solid planets. Planets are created by using the Inspector on the PlanetManager or via the static public method See also PlanetManager.CreatePlanet(Vector3, int, string, string) in PlanetManager
▼CProceduralPlanets.PlanetStatic	This is the base class for static planets. Static planets have been baked from a procedural planet and can no longer be changed. Solid and Gas static planets derive from this class
CProceduralPlanets.GasPlanetStatic	This component is used by gas planets that have been baked from being a procedural planet to a static baked planet
CProceduralPlanets.SolidPlanetStatic	This component is used by solid planets that have been baked from being a procedural planet to a static baked planet
CProceduralPlanets.Ring	This is the class for ring
CProceduralPlanets.RingStatic	This is the class for static ring
CProceduralPlanets.Singleton< T >	Singleton class that the Manager derives from to ensure only one peristent instance exists of the Manager
CProceduralPlanets.ProceduralOctahedron	This component generates a procedural octahedron sphere
CProceduralPlanets.ProceduralRing	This component generates a procedural ring
CProceduralPlanets.PropertyColor	PropertyColor contains a base color with specified ranges for hue, saturation and brightness. It contains reference to any shaders that are affected by this Color.
CProceduralPlanets.PropertyFloat	PropertyFloat contains floats with a minimum/maximum range. It contains reference to any procedural textures, materials, and shaders that are affected by this float.
CProceduralPlanets.PropertyFloatAnimation	Used to keep track of animated floats.
CProceduralPlanets.PropertyMaterial	PropertyMaterial contains reference to a procedural material and reference to any procedural textures and shaders that are affected by this material.
CProceduralPlanets.LocalStar.ShaderCacheSettings	Class used by planets and rings to store cached settings for increased performance to see if the local star has changed.
▼CProceduralPlanets.Singleton< PlanetManager >
CProceduralPlanets.PlanetManager	PlanetManager is a required component that must exist as a single instance in all scenes where ProceduralPlanets are used
CProceduralPlanets.Util	Utility class used to reduce repetitive code