CLASS snoddasmannen/galimulator/Star snoddasmannen/galimulator/Star
	FIELD b starlaneVertices Ljava/util/HashMap;
	FIELD commodity commodity Lsnoddasmannen/galimulator/PreciousCommodity;
	FIELD development development I
	FIELD globalSizeFactor globalSizeFactor F
	FIELD h disrupted Z
	FIELD i cachedBorderVertices Z
	FIELD id id I
	FIELD intLanes intLanes Ljava/util/Vector;
	FIELD lastMoved lastMoved Lcom/badlogic/gdx/math/Vector2;
	FIELD name name Ljava/lang/String;
	FIELD neighbours neighbours Ljava/util/Vector;
	FIELD ownerEmpire ownerEmpire Lsnoddasmannen/galimulator/Empire;
	FIELD ownerid ownerid I
	FIELD path path Lsnoddasmannen/galimulator/StarPath;
	FIELD pathAngle pathAngle F
	FIELD pathAngleVelocity pathAngleVelocity F
	FIELD pathNudge pathNudge Lcom/badlogic/gdx/math/Vector2;
	FIELD t starRegionVertices [F
	FIELD wealth wealth F
	FIELD x x D
	FIELD y y D
	METHOD a addWealth (F)V
		COMMENT Add a fixed wealth amount ontop of the current wealth of this star.
		COMMENT Capped at 11.0F
		ARG 1 amount
	METHOD a distanceTo (FF)D
		COMMENT Note: Try to use {@link #distanceToSq(float, float)} when applicable, for performance reasons.
		COMMENT
		COMMENT This method returns the euclidian distance between this star and the specified location.
		ARG 1 x
		ARG 2 y
	METHOD a setName (Ljava/lang/String;)V
		ARG 1 name
	METHOD a calculateVoronoiVertices (Ljava/util/List;)V
		ARG 1 voronoiEdges
	METHOD a getStarlaneNeighbours0 (Ljava/util/Vector;I)V
		ARG 1 accumulator
		ARG 2 distance
	METHOD a setCulture (Lsnoddasmannen/galimulator/Culture;)V
	METHOD a setFaction (Lsnoddasmannen/galimulator/factions/Faction;)V
	METHOD a setStarRegionTexture (Lsnoddasmannen/galimulator/Star$PolygonType;)V
		ARG 1 texture
	METHOD a setPath (Lsnoddasmannen/galimulator/StarPath;F)V
		ARG 1 path
		ARG 2 basePathAngleVelocity
			COMMENT Actual velocity is this value multiplied by a random value between 2e-4 and 4e-4
	METHOD A clearBorderVerticesCache ()V
	METHOD addOrbitingActor addOrbitingActor (Lsnoddasmannen/galimulator/actors/StateActor;)V
	METHOD b distanceToSq (FF)F
		ARG 1 x
		ARG 2 y
	METHOD b distanceBetween (Lsnoddasmannen/galimulator/Star;Lsnoddasmannen/galimulator/Star;)D
	METHOD c getStarlaneNeighbours (I)Ljava/util/Vector;
		ARG 1 distance
	METHOD d drawStarlanes ()V
	METHOD getBeacon getBeacon ()Z
	METHOD getCommodity getCommodity ()Lsnoddasmannen/galimulator/PreciousCommodity;
	METHOD getDevelopment getDevelopment ()I
	METHOD getLastMoved getLastMoved ()Lcom/badlogic/gdx/math/Vector2;
	METHOD getOwningEmpire getOwningEmpire ()Lsnoddasmannen/galimulator/Empire;
	METHOD getPath getPath ()Lsnoddasmannen/galimulator/StarPath;
	METHOD getPathAngleVelocity getPathAngleVelocity ()F
	METHOD getStarNative getStarNative ()Lsnoddasmannen/galimulator/Native;
	METHOD getWealth getWealth ()F
	METHOD h clearBorderVerticesCache (Lsnoddasmannen/galimulator/Star;)V
	METHOD i moveStar ()V
	METHOD isCapital isCapital ()Z
	METHOD l getForeignCultureConnections ()Ljava/util/Vector;
		COMMENT Obtains the stars which are the starlane neighbours of this stars and also have a different culture.
		COMMENT If this star is disrupted, an empty vector will be returned instead.
	METHOD M getCulture ()Lsnoddasmannen/galimulator/Culture;
	METHOD o isDeveloped ()Z
	METHOD reduceWealthFactor reduceWealthFactor (F)V
		ARG 1 value
			COMMENT Between 0 (wealth untouched) and 1 (remove all wealth)
	METHOD setDevelopment setDevelopment (I)V
		COMMENT Set the development.
		COMMENT
		COMMENT Note: A development greater than 1440 makes little sense, see {@link #isDeveloped()}.
		ARG 1 development
	METHOD y drawStarBorders ()V
	CLASS PolygonType PolygonType