C# Class OpenMinecraft.ProceduralTree

Set up the methods for a larger more complicated tree. This tree type has roots, a trunk, and branches all of varying width, and many foliage clusters. MUST BE SUBCLASSED. Specifically, foliage_shape must be set. Subclass 'prepare' and 'shapefunc' to make different shaped trees.

Inheritance: Tree

Afficher le fichier Open project: N3X15/MineEdit

Méthodes publiques

Méthode	Description
MakeFoliage ( IMapHandler &map ) : void
MakeTrunk ( IMapHandler &map ) : void
ProceduralTree ( long _x, long _y, long _z, int h ) : System
crossection ( IMapHandler &map, Vector3i vCenter, double radius, int diraxis, byte mat ) : void	Create a round section of type matidx in blocklist.
foliagecluster ( IMapHandler &map, Vector3i center ) : void	generate a round cluster of foliage at the location center. The shape of the cluster is defined by the list foliage_shape. This list must be set in a subclass of ProceduralTree.
makebranches ( IMapHandler &map ) : void	Generate branches.
makeroots ( IMapHandler &map, List rootbases ) : void
shapefunc ( int y ) : double	Take y and return a radius for the location of the foliage cluster. If no foliage cluster is to be created, return -1. Designed for subclassing. Only makes clusters close to the trunk.
taperedlimb ( IMapHandler &map, Vector3i vStart, Vector3i vEnd, int startsize, int endsize ) : void	Create a tapered cylinder in blocklist. start and end are the beginning and ending coordinates of form [x,y,z]. startsize and endsize are the beginning and ending radius. The material of the cylinder is 17, which indicates wood in Minecraft.

Method Details

MakeFoliage() public méthode

public MakeFoliage ( IMapHandler &map ) : void
map	IMapHandler
Résultat	void

MakeTrunk() public méthode

public MakeTrunk ( IMapHandler &map ) : void
map	IMapHandler
Résultat	void

ProceduralTree() public méthode

public ProceduralTree ( long _x, long _y, long _z, int h ) : System
_x	long
_y	long
_z	long
h	int
Résultat	System

crossection() public méthode

Create a round section of type matidx in blocklist.

public crossection ( IMapHandler &map, Vector3i vCenter, double radius, int diraxis, byte mat ) : void
map	IMapHandler
vCenter	Vector3i	the coordinates of the center block
radius	double	the radius of the section.
diraxis	int	The list index for the axis to make the section perpendicular to. 0 indicates the x axis, 1 the y, 2 the z. The section will extend along the other two axies.
mat	byte	What to make the section out of
Résultat	void

foliagecluster() public méthode

generate a round cluster of foliage at the location center. The shape of the cluster is defined by the list foliage_shape. This list must be set in a subclass of ProceduralTree.

public foliagecluster ( IMapHandler &map, Vector3i center ) : void
map	IMapHandler
center	Vector3i
Résultat	void

makebranches() public méthode

Generate branches.

public makebranches ( IMapHandler &map ) : void
map	IMapHandler
Résultat	void

makeroots() public méthode

public makeroots ( IMapHandler &map, List rootbases ) : void
map	IMapHandler
rootbases	List
Résultat	void

shapefunc() public méthode

Take y and return a radius for the location of the foliage cluster. If no foliage cluster is to be created, return -1. Designed for subclassing. Only makes clusters close to the trunk.

public shapefunc ( int y ) : double
y	int
Résultat	double

taperedlimb() public méthode

Create a tapered cylinder in blocklist. start and end are the beginning and ending coordinates of form [x,y,z]. startsize and endsize are the beginning and ending radius. The material of the cylinder is 17, which indicates wood in Minecraft.

public taperedlimb ( IMapHandler &map, Vector3i vStart, Vector3i vEnd, int startsize, int endsize ) : void
map	IMapHandler
vStart	Vector3i
vEnd	Vector3i
startsize	int
endsize	int
Résultat	void