Package cn.nukkit.level.generator.populator.impl.structure.utils.structure

Class ScatteredStructureBuilder

java.lang.Object

cn.nukkit.level.generator.populator.impl.structure.utils.structure.ScatteredStructureBuilder

@PowerNukkitXOnly
@Since("1.19.21-r2")
public class ScatteredStructureBuilder
extends Object

Constructor Summary

Constructors

Constructor	Description
ScatteredStructureBuilder(ChunkManager level, ScatteredStructurePiece structure)

Method Summary

Modifier and Type	Method	Description
void	addRandomBlock(Map<Integer,Integer> blocks, int weight, int id)
void	addRandomBlock(Map<Integer,Integer> blocks, int weight, int id, int meta)
void	fill(BlockVector3 min, BlockVector3 max, int id)	Fills a box with the given block.
void	fill(BlockVector3 min, BlockVector3 max, int id, int meta)	Fills a box with the given block.
void	fill(BlockVector3 min, BlockVector3 max, int outerId, int outerMeta, int innerId, int innerMeta)	Builds a box from one block, and fills it with another.
void	fillWithRandomBlock(BlockVector3 min, BlockVector3 max, NukkitRandom random, Map<Integer,Integer> blocks)	Sets a box of blocks to have random types, chosen independently.
int	getRandomBlock(NukkitRandom random, Map<Integer,Integer> blocks)	Chooses a random block from a weighted list.
void	setBlock(BlockVector3 pos, int id)	Sets the block at a given point.
void	setBlock(BlockVector3 pos, int id, int meta)	Sets the block at a given point.
void	setBlockDownward(BlockVector3 pos, int id)	Builds a 1x1 column out of the given block, replacing non-solid blocks starting at a given location and proceeding downward until a solid block is reached.
void	setBlockDownward(BlockVector3 pos, int id, int meta)	Builds a 1x1 column out of the given block, replacing non-solid blocks starting at a given location and proceeding downward until a solid block is reached.
void	setBlockWithRandomBlock(BlockVector3 pos, NukkitRandom random, Map<Integer,Integer> blocks)
void	setTile(BlockVector3 pos, String id)	Sets the block entity at a given point.
void	setTile(BlockVector3 pos, String id, CompoundTag data)	Sets the block entity at a given point.

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Details

ScatteredStructureBuilder

public ScatteredStructureBuilder(ChunkManager level,
 ScatteredStructurePiece structure)

Method Details

addRandomBlock

public void addRandomBlock(Map<Integer,Integer> blocks,
 int weight,
 int id)

addRandomBlock

public void addRandomBlock(Map<Integer,Integer> blocks,
 int weight,
 int id,
 int meta)

getRandomBlock

public int getRandomBlock(NukkitRandom random,
 Map<Integer,Integer> blocks)

Chooses a random block from a weighted list.

Parameters:

random - the PRNG to use

blocks - a map of blocks to integer weights

Returns:

a random block full id

setTile

public void setTile(BlockVector3 pos,
 String id)

Sets the block entity at a given point.

Parameters:

pos - a point relative to this structure's root point

id - the new block entity id

setTile

public void setTile(BlockVector3 pos,
 String id,
 CompoundTag data)

Sets the block entity at a given point.

Parameters:

pos - a point relative to this structure's root point

id - the new block entity id

data - extra nbt data

setBlock

public void setBlock(BlockVector3 pos,
 int id)

Sets the block at a given point.

Parameters:

pos - a point relative to this structure's root point

id - the new block id

setBlock

public void setBlock(BlockVector3 pos,
 int id,
 int meta)

Sets the block at a given point.

Parameters:

pos - a point relative to this structure's root point

id - the new block id

meta - the new block meta

setBlockDownward

public void setBlockDownward(BlockVector3 pos,
 int id)

Builds a 1x1 column out of the given block, replacing non-solid blocks starting at a given location and proceeding downward until a solid block is reached.

Parameters:

pos - the highest point to possibly replace, relative to this structure's root point

id - the block id to fill

setBlockDownward

public void setBlockDownward(BlockVector3 pos,
 int id,
 int meta)

Builds a 1x1 column out of the given block, replacing non-solid blocks starting at a given location and proceeding downward until a solid block is reached.

Parameters:

pos - the highest point to possibly replace, relative to this structure's root point

id - the block id to fill

meta - the block meta

setBlockWithRandomBlock

public void setBlockWithRandomBlock(BlockVector3 pos,
 NukkitRandom random,
 Map<Integer,Integer> blocks)

fill

public void fill(BlockVector3 min,
 BlockVector3 max,
 int id)

Fills a box with the given block.

Parameters:

min - the minimum coordinates, relative to this structure's root point

max - the maximum coordinates, relative to this structure's root point

id - the block id

fill

public void fill(BlockVector3 min,
 BlockVector3 max,
 int id,
 int meta)

Fills a box with the given block.

Parameters:

min - the minimum coordinates, relative to this structure's root point

max - the maximum coordinates, relative to this structure's root point

id - the block id

meta - the block meta

fill

public void fill(BlockVector3 min,
 BlockVector3 max,
 int outerId,
 int outerMeta,
 int innerId,
 int innerMeta)

Builds a box from one block, and fills it with another.

Parameters:

min - the minimum coordinates, relative to this structure's root point

max - the maximum coordinates, relative to this structure's root point

outerId - the block id for the faces

outerMeta - the block meta for the faces

innerId - the block id for the interior

innerMeta - the block meta for the interior

fillWithRandomBlock

public void fillWithRandomBlock(BlockVector3 min,
 BlockVector3 max,
 NukkitRandom random,
 Map<Integer,Integer> blocks)

Sets a box of blocks to have random types, chosen independently.

Parameters:

min - the minimum coordinates, relative to this structure's root point

max - the maximum coordinates, relative to this structure's root point

random - the PRNG to use

blocks - a map of possible blocks to integer weights