CLASS ev net/minecraft/util/math/Facing
	CLASS ev$a Axis
		CLASS ev$a$1
			METHOD <init> (Ljava/lang/String;ILjava/lang/String;)V
				ARG 0 name
			METHOD a choose (DDD)D
				ARG 0 x
				ARG 1 y
				ARG 2 z
			METHOD a choose (III)I
				ARG 0 x
				ARG 1 y
				ARG 2 z
		CLASS ev$a$2
			METHOD <init> (Ljava/lang/String;ILjava/lang/String;)V
				ARG 0 name
			METHOD a choose (DDD)D
				ARG 0 x
				ARG 1 y
				ARG 2 z
			METHOD a choose (III)I
				ARG 0 x
				ARG 1 y
				ARG 2 z
		CLASS ev$a$3
			METHOD <init> (Ljava/lang/String;ILjava/lang/String;)V
				ARG 0 name
			METHOD a choose (DDD)D
				ARG 0 x
				ARG 1 y
				ARG 2 z
			METHOD a choose (III)I
				ARG 0 x
				ARG 1 y
				ARG 2 z
		FIELD a X Lev$a;
		FIELD b Y Lev$a;
		FIELD c Z Lev$a;
		FIELD d BY_NAME Ljava/util/Map;
		FIELD e name Ljava/lang/String;
		METHOD <init> (Ljava/lang/String;ILjava/lang/String;)V
			ARG 0 name
		METHOD a getName ()Ljava/lang/String;
		METHOD a choose (DDD)D
			ARG 0 x
			ARG 1 y
			ARG 2 z
		METHOD a choose (III)I
			ARG 0 x
			ARG 1 y
			ARG 2 z
		METHOD a contains (Lev;)Z
			ARG 0 facing
		METHOD a fromName (Ljava/lang/String;)Lev$a;
			ARG 0 name
		METHOD b isVertical ()Z
		METHOD c isHorizontal ()Z
		METHOD m asString ()Ljava/lang/String;
	CLASS ev$b Direction
		FIELD a POSITIVE Lev$b;
		FIELD b NEGATIVE Lev$b;
		FIELD c offset I
		FIELD d desc Ljava/lang/String;
		METHOD a offset ()I
	CLASS ev$c
		FIELD a HORIZONTAL Lev$c;
		FIELD b VERTICAL Lev$c;
		FIELD c facingArray [Lev;
		FIELD d axisArray [Lev$a;
		METHOD a contains (Lev;)Z
			ARG 0 facing
		METHOD a random (Ljava/util/Random;)Lev;
			ARG 0 rand
	FIELD a DOWN Lev;
	FIELD b UP Lev;
	FIELD c NORTH Lev;
	FIELD d SOUTH Lev;
	FIELD e WEST Lev;
	FIELD f EAST Lev;
	FIELD g id I
	FIELD h idOpposite I
	FIELD i idHorizontal I
	FIELD j name Ljava/lang/String;
	FIELD k axis Lev$a;
	FIELD l direction Lev$b;
	FIELD m vector Lfk;
	FIELD n ALL [Lev;
	FIELD q HORIZONTAL [Lev;
	METHOD <init> (Ljava/lang/String;IIIILjava/lang/String;Lev$b;Lev$a;Lfk;)V
		ARG 0 id
		ARG 1 idOpposite
		ARG 2 idHorizontal
		ARG 3 name
		ARG 4 direction
		ARG 5 axis
		ARG 6 vector
	METHOD a getId ()I
	METHOD a fromRotation (D)Lev;
		ARG 0 rotation
	METHOD a getFacing (DDD)Lev;
		ARG 0 x
		ARG 2 y
		ARG 4 z
	METHOD a getFacing (FFF)Lev;
		ARG 0 x
		ARG 1 y
		ARG 2 z
		ARG 3 minFacing
		ARG 4 minDistance
		ARG 9 distance
	METHOD a byId (I)Lev;
		ARG 0 id
	METHOD a getEntityFacingOrder (Lafh;)[Lev;
		ARG 0 entity
	METHOD a rotateClockwise (Lev$a;)Lev;
		ARG 0 axis
	METHOD a get (Lev$b;Lev$a;)Lev;
		ARG 0 direction
		ARG 1 axis
	METHOD a byName (Ljava/lang/String;)Lev;
		ARG 0 name
	METHOD a random (Ljava/util/Random;)Lev;
		ARG 0 rand
	METHOD b getHorizontal ()I
	METHOD b fromHorizontal (I)Lev;
		ARG 0 value
	METHOD c getDirection ()Lev$b;
	METHOD d getOpposite ()Lev;
	METHOD e rotateYClockwise ()Lev;
	METHOD f rotateYCounterclockwise ()Lev;
	METHOD g getOffsetX ()I
	METHOD h getOffsetY ()I
	METHOD i getOffsetZ ()I
	METHOD j getName ()Ljava/lang/String;
	METHOD k getAxis ()Lev$a;
	METHOD l asRotation ()F
	METHOD m asString ()Ljava/lang/String;
	METHOD n getVector ()Lfk;
	METHOD o rotateXClockwise ()Lev;
	METHOD q rotateZClockwise ()Lev;