Uses of Interface
net.minecraft.world.TestableWorld

Packages that use TestableWorld

Package	Description
net.minecraft.client.world
net.minecraft.server.world
net.minecraft.world
net.minecraft.world.gen.feature
net.minecraft.world.gen.feature.util
net.minecraft.world.gen.foliage
net.minecraft.world.gen.root
net.minecraft.world.gen.treedecorator
net.minecraft.world.gen.trunk

Uses of TestableWorld in net.minecraft.client.world

Classes in net.minecraft.client.world that implement TestableWorld

Modifier and Type	Class	Description
class	ClientWorld

Uses of TestableWorld in net.minecraft.server.world

Classes in net.minecraft.server.world that implement TestableWorld

Modifier and Type	Class	Description
class	ServerWorld

Uses of TestableWorld in net.minecraft.world

Subinterfaces of TestableWorld in net.minecraft.world

Modifier and Type	Interface	Description
interface	ModifiableTestableWorld
interface	RegistryWorldView	A world view or World's superinterface that exposes access to a registry manager.
interface	ServerWorldAccess	Represents access to a world on a logical Minecraft server.
interface	StructureWorldAccess
interface	WorldAccess

Classes in net.minecraft.world that implement TestableWorld

Modifier and Type	Class	Description
class	ChunkRegion
class	World

Uses of TestableWorld in net.minecraft.world.gen.feature

Methods in net.minecraft.world.gen.feature with parameters of type TestableWorld

Modifier and Type	Method	Description
static boolean	TreeFeature.canReplace(TestableWorld world, BlockPos pos)
private int	TreeFeature.getTopPosition(TestableWorld world, int height, BlockPos pos, TreeFeatureConfig config)
static boolean	TreeFeature.isAirOrLeaves(TestableWorld world, BlockPos pos)
private static boolean	TreeFeature.isReplaceablePlant(TestableWorld world, BlockPos pos)
static boolean	Feature.isSoil(TestableWorld world, BlockPos pos)
private static boolean	TreeFeature.isVine(TestableWorld world, BlockPos pos)
static boolean	TreeFeature.isWater(TestableWorld world, BlockPos pos)

Uses of TestableWorld in net.minecraft.world.gen.feature.util

Methods in net.minecraft.world.gen.feature.util with parameters of type TestableWorld

Modifier and Type	Method	Description
static Optional<CaveSurface>	CaveSurface.create(TestableWorld world, BlockPos pos, int height, Predicate<BlockState> canGenerate, Predicate<BlockState> canReplace)
private static OptionalInt	CaveSurface.getCaveSurface(TestableWorld world, int height, Predicate<BlockState> canGenerate, Predicate<BlockState> canReplace, BlockPos.Mutable mutablePos, int y, Direction direction)

Uses of TestableWorld in net.minecraft.world.gen.foliage

Methods in net.minecraft.world.gen.foliage with parameters of type TestableWorld

Modifier and Type	Method	Description
protected void	AcaciaFoliagePlacer.generate(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom abstractRandom, TreeFeatureConfig config, int trunkHeight, FoliagePlacer.TreeNode treeNode, int foliageHeight, int radius, int offset)	This is the main method used to generate foliage.
protected void	BlobFoliagePlacer.generate(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom abstractRandom, TreeFeatureConfig config, int trunkHeight, FoliagePlacer.TreeNode treeNode, int foliageHeight, int radius, int offset)	This is the main method used to generate foliage.
protected void	BushFoliagePlacer.generate(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom abstractRandom, TreeFeatureConfig config, int trunkHeight, FoliagePlacer.TreeNode treeNode, int foliageHeight, int radius, int offset)	This is the main method used to generate foliage.
protected void	DarkOakFoliagePlacer.generate(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom abstractRandom, TreeFeatureConfig config, int trunkHeight, FoliagePlacer.TreeNode treeNode, int foliageHeight, int radius, int offset)	This is the main method used to generate foliage.
void	FoliagePlacer.generate(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom abstractRandom, TreeFeatureConfig config, int trunkHeight, FoliagePlacer.TreeNode treeNode, int foliageHeight, int radius)
protected abstract void	FoliagePlacer.generate(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom abstractRandom, TreeFeatureConfig config, int trunkHeight, FoliagePlacer.TreeNode treeNode, int foliageHeight, int radius, int offset)	This is the main method used to generate foliage.
protected void	JungleFoliagePlacer.generate(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom abstractRandom, TreeFeatureConfig config, int trunkHeight, FoliagePlacer.TreeNode treeNode, int foliageHeight, int radius, int offset)	This is the main method used to generate foliage.
protected void	LargeOakFoliagePlacer.generate(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom abstractRandom, TreeFeatureConfig config, int trunkHeight, FoliagePlacer.TreeNode treeNode, int foliageHeight, int radius, int offset)	This is the main method used to generate foliage.
protected void	MegaPineFoliagePlacer.generate(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom abstractRandom, TreeFeatureConfig config, int trunkHeight, FoliagePlacer.TreeNode treeNode, int foliageHeight, int radius, int offset)	This is the main method used to generate foliage.
protected void	PineFoliagePlacer.generate(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom abstractRandom, TreeFeatureConfig config, int trunkHeight, FoliagePlacer.TreeNode treeNode, int foliageHeight, int radius, int offset)	This is the main method used to generate foliage.
protected void	RandomSpreadFoliagePlacer.generate(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom abstractRandom, TreeFeatureConfig config, int trunkHeight, FoliagePlacer.TreeNode treeNode, int foliageHeight, int radius, int offset)	This is the main method used to generate foliage.
protected void	SpruceFoliagePlacer.generate(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom abstractRandom, TreeFeatureConfig config, int trunkHeight, FoliagePlacer.TreeNode treeNode, int foliageHeight, int radius, int offset)	This is the main method used to generate foliage.
protected void	FoliagePlacer.generateSquare(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom abstractRandom, TreeFeatureConfig config, BlockPos centerPos, int radius, int y, boolean giantTrunk)	Generates a square of leaves with the given radius.
protected static void	FoliagePlacer.placeFoliageBlock(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom abstractRandom, TreeFeatureConfig config, BlockPos pos)

Uses of TestableWorld in net.minecraft.world.gen.root

Methods in net.minecraft.world.gen.root with parameters of type TestableWorld

Modifier and Type	Method	Description
protected BlockState	RootPlacer.applyWaterlogging(TestableWorld world, BlockPos pos, BlockState state)
private boolean	MangroveRootPlacer.canGrow(TestableWorld world, AbstractRandom random, BlockPos pos, Direction direction, BlockPos origin, List<BlockPos> offshootPositions, int rootLength)
protected boolean	MangroveRootPlacer.canGrowThrough(TestableWorld testableWorld, BlockPos blockPos)
protected boolean	RootPlacer.canGrowThrough(TestableWorld testableWorld, BlockPos blockPos)
boolean	MangroveRootPlacer.generate(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom random, BlockPos pos, BlockPos trunkPos, TreeFeatureConfig config)
abstract boolean	RootPlacer.generate(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom random, BlockPos pos, BlockPos trunkPos, TreeFeatureConfig config)
protected void	MangroveRootPlacer.placeRoots(TestableWorld testableWorld, BiConsumer<BlockPos,BlockState> biConsumer, AbstractRandom random, BlockPos blockPos, TreeFeatureConfig config)
protected void	RootPlacer.placeRoots(TestableWorld testableWorld, BiConsumer<BlockPos,BlockState> biConsumer, AbstractRandom random, BlockPos blockPos, TreeFeatureConfig config)

Uses of TestableWorld in net.minecraft.world.gen.treedecorator

Fields in net.minecraft.world.gen.treedecorator declared as TestableWorld

Modifier and Type	Field	Description
private final TestableWorld	TreeDecorator.Generator.world

Methods in net.minecraft.world.gen.treedecorator that return TestableWorld

Modifier and Type	Method	Description
TestableWorld	TreeDecorator.Generator.getWorld()

Constructors in net.minecraft.world.gen.treedecorator with parameters of type TestableWorld

Modifier	Constructor	Description
	Generator(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom random, Set<BlockPos> logPositions, Set<BlockPos> leavesPositions, Set<BlockPos> rootPositions)

Uses of TestableWorld in net.minecraft.world.gen.trunk

Methods in net.minecraft.world.gen.trunk with parameters of type TestableWorld

Modifier and Type	Method	Description
private static boolean	TrunkPlacer.canGenerate(TestableWorld world, BlockPos pos)
protected boolean	TrunkPlacer.canReplace(TestableWorld world, BlockPos pos)
protected boolean	UpwardsBranchingTrunkPlacer.canReplace(TestableWorld world, BlockPos pos)
boolean	TrunkPlacer.canReplaceOrIsLog(TestableWorld world, BlockPos pos)
List<FoliagePlacer.TreeNode>	BendingTrunkPlacer.generate(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom random, int height, BlockPos startPos, TreeFeatureConfig config)	Generates the trunk blocks and return a list of tree nodes to place foliage around
List<FoliagePlacer.TreeNode>	DarkOakTrunkPlacer.generate(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom random, int height, BlockPos startPos, TreeFeatureConfig config)	Generates the trunk blocks and return a list of tree nodes to place foliage around
List<FoliagePlacer.TreeNode>	ForkingTrunkPlacer.generate(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom random, int height, BlockPos startPos, TreeFeatureConfig config)	Generates the trunk blocks and return a list of tree nodes to place foliage around
List<FoliagePlacer.TreeNode>	GiantTrunkPlacer.generate(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom random, int height, BlockPos startPos, TreeFeatureConfig config)	Generates the trunk blocks and return a list of tree nodes to place foliage around
List<FoliagePlacer.TreeNode>	LargeOakTrunkPlacer.generate(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom random, int height, BlockPos startPos, TreeFeatureConfig config)	Generates the trunk blocks and return a list of tree nodes to place foliage around
List<FoliagePlacer.TreeNode>	MegaJungleTrunkPlacer.generate(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom random, int height, BlockPos startPos, TreeFeatureConfig config)	Generates the trunk blocks and return a list of tree nodes to place foliage around
List<FoliagePlacer.TreeNode>	StraightTrunkPlacer.generate(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom random, int height, BlockPos startPos, TreeFeatureConfig config)	Generates the trunk blocks and return a list of tree nodes to place foliage around
abstract List<FoliagePlacer.TreeNode>	TrunkPlacer.generate(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom random, int height, BlockPos startPos, TreeFeatureConfig config)	Generates the trunk blocks and return a list of tree nodes to place foliage around
List<FoliagePlacer.TreeNode>	UpwardsBranchingTrunkPlacer.generate(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom random, int height, BlockPos startPos, TreeFeatureConfig config)	Generates the trunk blocks and return a list of tree nodes to place foliage around
private void	UpwardsBranchingTrunkPlacer.generateExtraBranch(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom random, int height, TreeFeatureConfig config, List<FoliagePlacer.TreeNode> nodes, BlockPos.Mutable pos, int yOffset, Direction direction, int length, int steps)
protected boolean	TrunkPlacer.getAndSetState(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom random, BlockPos pos, TreeFeatureConfig config)
protected boolean	TrunkPlacer.getAndSetState(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom random, BlockPos pos, TreeFeatureConfig config, Function<BlockState,BlockState> function)
private void	LargeOakTrunkPlacer.makeBranches(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom abstractRandom, int treeHeight, BlockPos startPos, List<LargeOakTrunkPlacer.BranchPosition> branchPositions, TreeFeatureConfig config)
private boolean	LargeOakTrunkPlacer.makeOrCheckBranch(TestableWorld testableWorld, BiConsumer<BlockPos,BlockState> biConsumer, AbstractRandom abstractRandom, BlockPos startPos, BlockPos branchPos, boolean make, TreeFeatureConfig config)
private void	GiantTrunkPlacer.setLog(TestableWorld testableWorld, BiConsumer<BlockPos,BlockState> biConsumer, AbstractRandom abstractRandom, BlockPos.Mutable mutable, TreeFeatureConfig treeFeatureConfig, BlockPos blockPos, int int2, int int3, int int4)
protected static void	TrunkPlacer.setToDirt(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom random, BlockPos pos, TreeFeatureConfig config)
protected void	TrunkPlacer.trySetState(TestableWorld world, BiConsumer<BlockPos,BlockState> replacer, AbstractRandom random, BlockPos.Mutable pos, TreeFeatureConfig config)