AbstractCauldronBlock

Importing the class

If you need to reference this type directly, like when casting an Array, or as a parameter, you will need to import it. Simply add the import at the top of the file.

import crafttweaker.api.block.type.cauldron.AbstractCauldronBlock;

Extends

AbstractCauldronBlock extends Block.

Implements

AbstractCauldronBlock implements the following interfaces:

ItemLike

Undocumented Interfaces

IBlockExtension,FeatureElement

Operators

Combines this Block with another Block to create a new CTBlockIngredient.

// (AbstractCauldronBlock | (other as BlockIngredient)) as BlockIngredient
myAbstractCauldronBlock | myCTBlockIngredient

Parameters:

other: BlockIngredient Type: BlockIngredient - The other Block to combine with.

Return Type: BlockIngredient

Checks whether this Block matches another Block.

// (AbstractCauldronBlock == (other as Block)) as bool
myAbstractCauldronBlock == myBlock

Parameters:

other: Block Type: Block - The other Block to check if this Block matches.

Return Type: bool

Members

Gets the CTBlockIngredient representation of this Block.

// AbstractCauldronBlock as BlockIngredient
myAbstractCauldronBlock as CTBlockIngredient

Return Type: BlockIngredient

Gets the Item representation of this Block.
***NOTE:*** Not all Blocks have Items, for instance, a Lit Redstone Lamp does not have an Item.

Returns: The Item representation of this Block.

// AbstractCauldronBlock.asItem() as ItemDefinition;
myAbstractCauldronBlock.asItem();

Return Type: ItemDefinition

// AbstractCauldronBlock.asItem() as ItemDefinition;
myAbstractCauldronBlock.asItem();

Return Type: ItemDefinition

Gets the Item representation of this Block.
***NOTE:*** Not all Blocks have Items, for instance, a Lit Redstone Lamp does not have an Item.

// AbstractCauldronBlock as ItemDefinition
myAbstractCauldronBlock as Item

Return Type: ItemDefinition

// AbstractCauldronBlock as ItemDefinition
myAbstractCauldronBlock as Item

Return Type: ItemDefinition

Gets the block bracket handler syntax for this Block.
E.G. <block:minecraft:dirt>

// AbstractCauldronBlock.commandString as string
myAbstractCauldronBlock.commandString

Return Type: string

Gets the block bracket handler syntax for this Block.
E.G. <block:minecraft:dirt>

Returns: The block bracket handler syntax for this Block.

// AbstractCauldronBlock.commandString() as string;
myAbstractCauldronBlock.commandString();

Return Type: string

Gets the block bracket handler syntax for this Block.
E.G. <block:minecraft:dirt>

// AbstractCauldronBlock as string
myAbstractCauldronBlock as string

Return Type: string

Gets the default BlockState of this Block.

// AbstractCauldronBlock.defaultState as BlockState
myAbstractCauldronBlock.defaultState

Return Type: BlockState

Gets the default BlockState of this Block.

Returns: The default BlockState of this Block.

// AbstractCauldronBlock.defaultState() as BlockState;
myAbstractCauldronBlock.defaultState();

Return Type: BlockState

Gets the translation key that is used to localize this Block.

// AbstractCauldronBlock.descriptionId as string
myAbstractCauldronBlock.descriptionId

Return Type: string

Gets the translation key that is used to localize this Block.

Returns: The unlocalized name of this block.

// AbstractCauldronBlock.descriptionId() as string;
myAbstractCauldronBlock.descriptionId();

Return Type: string

Checks if the opacity of this block is different in different areas of the Block.

// AbstractCauldronBlock.dynamicShape as bool
myAbstractCauldronBlock.dynamicShape

Return Type: bool

Checks if the opacity of this block is different in different areas of the Block.

Returns: True if this Block has variable opacity. False otherwise.

// AbstractCauldronBlock.dynamicShape() as bool;
myAbstractCauldronBlock.dynamicShape();

Return Type: bool

Gets the blast resistance of this Block.

// AbstractCauldronBlock.explosionResistance as float
myAbstractCauldronBlock.explosionResistance

Return Type: float

Sets the blast resistance of this Block.

// AbstractCauldronBlock.explosionResistance = (resistance as float);
myAbstractCauldronBlock.explosionResistance = myFloat;

Parameters:

resistance: float Type: float - The new blast resistance of this Block.

Gets the blast resistance of this Block.

Returns: The blast resistance of this Block.

// AbstractCauldronBlock.explosionResistance() as float;
myAbstractCauldronBlock.explosionResistance();

Return Type: float

Sets the blast resistance of this Block.

// AbstractCauldronBlock.explosionResistance(resistance as float);
myAbstractCauldronBlock.explosionResistance(2);

Parameters:

resistance: float Type: float - The new blast resistance of this Block.

Gets the friction of this Block.

// AbstractCauldronBlock.friction as float
myAbstractCauldronBlock.friction

Return Type: float

Sets the friction of this Block.

// AbstractCauldronBlock.friction = (friction as float);
myAbstractCauldronBlock.friction = myFloat;

Parameters:

friction: float Type: float - The new friction of this Block.

Gets the friction of this Block.

Returns: The friction of this Block.

// AbstractCauldronBlock.friction() as float;
myAbstractCauldronBlock.friction();

Return Type: float

Sets the friction of this Block.

// AbstractCauldronBlock.friction(friction as float);
myAbstractCauldronBlock.friction(2);

Parameters:

friction: float Type: float - The new friction of this Block.

Checks if entities can collide with this Block.

// AbstractCauldronBlock.hasCollision as bool
myAbstractCauldronBlock.hasCollision

Return Type: bool

Sets whether entities can collide with this Block.

// AbstractCauldronBlock.hasCollision = (canCollide as bool);
myAbstractCauldronBlock.hasCollision = myBool;

Parameters:

canCollide: bool Type: bool - Can entities collide with this Block.

Checks if entities can collide with this Block.

Returns: True if entities will collide with this Block. False otherwise.

// AbstractCauldronBlock.hasCollision() as bool;
myAbstractCauldronBlock.hasCollision();

Return Type: bool

Sets whether entities can collide with this Block.

// AbstractCauldronBlock.hasCollision(canCollide as bool);
myAbstractCauldronBlock.hasCollision(true);

Parameters:

canCollide: bool Type: bool - Can entities collide with this Block.

Checks if this cauldron is full.

Returns: True if full, false otherwise.

// AbstractCauldronBlock.isFull(blockState as BlockState) as bool;
myAbstractCauldronBlock.isFull(<blockstate:minecraft:cauldron:level=3>);

Parameters:

blockState: BlockState Type: BlockState - The current block state of the cauldron.

Return Type: bool

Checks if an entity can be spawned inside this Block.
This is used to find valid spawn locations for players.

Returns: True if an entity can be spawned in this Block. False Otherwise.

// AbstractCauldronBlock.isPossibleToRespawnInThis(state as BlockState) as bool;
myAbstractCauldronBlock.isPossibleToRespawnInThis(myBlockState);

Parameters:

state: BlockState Type: BlockState

Return Type: bool

Gets the jump factor of this Block.

// AbstractCauldronBlock.jumpFactor as float
myAbstractCauldronBlock.jumpFactor

Return Type: float

Sets the jump factor of this Block.

// AbstractCauldronBlock.jumpFactor = (jumpFactor as float);
myAbstractCauldronBlock.jumpFactor = myFloat;

Parameters:

jumpFactor: float Type: float - The new jump factor of this Block.

Gets the jump factor of this Block.

Returns: The jump factor of this Block.

// AbstractCauldronBlock.jumpFactor() as float;
myAbstractCauldronBlock.jumpFactor();

Return Type: float

Sets the jump factor of this Block.

// AbstractCauldronBlock.jumpFactor(jumpFactor as float);
myAbstractCauldronBlock.jumpFactor(2);

Parameters:

jumpFactor: float Type: float - The new jump factor of this Block.

Gets the loot table id for this Block.

// AbstractCauldronBlock.lootTable as string
myAbstractCauldronBlock.lootTable

Return Type: string

Gets the loot table id for this Block.

Returns: The loot table id for this Block.

// AbstractCauldronBlock.lootTable() as string;
myAbstractCauldronBlock.lootTable();

Return Type: string

Checks whether this Block matches another Block.

Returns: True if this Block matches the other Block. False otherwise.

// AbstractCauldronBlock.matches(other as Block) as bool;
myAbstractCauldronBlock.matches(myBlock);

Parameters:

other: Block Type: Block - The other Block to check if this Block matches.

Return Type: bool

Gets the name of this Block

// AbstractCauldronBlock.name as MutableComponent
myAbstractCauldronBlock.name

Return Type: MutableComponent

Gets the name of this Block

Returns: The name of this block.

// AbstractCauldronBlock.name() as MutableComponent;
myAbstractCauldronBlock.name();

Return Type: MutableComponent

Gets a list of valid BlockStates for this Block.

// AbstractCauldronBlock.possibleStates as List<BlockState>
myAbstractCauldronBlock.possibleStates

Return Type: List<BlockState>

Gets a list of valid BlockStates for this Block.

Returns: A list of valid BlockStates for this Block.

// AbstractCauldronBlock.possibleStates() as List<BlockState>;
myAbstractCauldronBlock.possibleStates();

Return Type: List<BlockState>

Gets the registry name of this block.

// AbstractCauldronBlock.registryName as ResourceLocation
myAbstractCauldronBlock.registryName

Return Type: ResourceLocation

Gets the registry name of this block.

Returns: A ResourceLocation of the registry name of this block.

// AbstractCauldronBlock.registryName() as ResourceLocation;
myAbstractCauldronBlock.registryName();

Return Type: ResourceLocation

Gets the speed factor of this Block.

// AbstractCauldronBlock.speedFactor as float
myAbstractCauldronBlock.speedFactor

Return Type: float

Sets the speed factor of this Block.

// AbstractCauldronBlock.speedFactor = (speedFactor as float);
myAbstractCauldronBlock.speedFactor = myFloat;

Parameters:

speedFactor: float Type: float - The new speed factor of this Block.

Gets the speed factor of this Block.

Returns: The speed factor of this Block.

// AbstractCauldronBlock.speedFactor() as float;
myAbstractCauldronBlock.speedFactor();

Return Type: float

Sets the speed factor of this Block.

// AbstractCauldronBlock.speedFactor(speedFactor as float);
myAbstractCauldronBlock.speedFactor(2);

Parameters:

speedFactor: float Type: float - The new speed factor of this Block.