Class WeightedVariants

Method Details

• computeMaterialFlags

  private static int computeMaterialFlags(WeightedList<BlockStateModel> list)

• particleMaterial

  public Material.Baked particleMaterial()

  Specified by:

  particleMaterial in interface BlockStateModel

• materialFlags

  public int materialFlags()

  Specified by:

  materialFlags in interface BlockStateModel

• collectParts

  public void collectParts(BlockAndTintGetter level, BlockPos pos, BlockState state, RandomSource random, List<BlockStateModelPart> output)

  Description copied from interface: BlockStateModelExtension

  Collects the parts of the model that should be rendered.

  Typically called on a meshing worker thread, with a snapshot of world state. To access block entity data, use IBlockGetterExtension.getModelData(BlockPos) on the passed level. Avoid accessing or manipulating the block entities directly as they are not thread safe. Other world state is safe to access.

  The parameters passed to this method might not be what the model expects. For example, the model data might be missing or coming from a different/outdated block entity, the block state in the level might be different from the one passed in, and so on... The model should handle these cases gracefully and return the best model it can (e.g. by returning a completely unconnected model, in the case of connected textures).

  Calling IBlockStateExtension.getAppearance(BlockAndLightGetter, BlockPos, Direction, BlockState, BlockPos) before accessing the block state is recommended.

  Specified by:

  collectParts in interface BlockStateModelExtension

  Specified by:

  collectParts in interface DynamicBlockStateModel

  Parameters:

  level - a level to query block entity data or other world state

  pos - the position of the block being rendered

  state - the state of the block being rendered

  random - a random source for random model variations

  output - the list that should receive all parts to be rendered

• createGeometryKey

  public @Nullable Object createGeometryKey(BlockAndTintGetter level, BlockPos pos, BlockState state, RandomSource random)

  Description copied from interface: BlockStateModelExtension

  Collects all the data used by the model to produce renderable geometry. The returned object encapsulates which parts of the world state the model depends on.

  This allows the geometry produced previously by a model to be reused, provided that the key matches. The key can be used to compare the geometry of different models. If this model forwards to a single other model, it can directly return its geometry key. Otherwise, it should use a custom type specific to the model.

  The passed in level, pos and random parameters should not be put directly into the returned key. Only the relevant information should be extracted so that the same key is yielded as often as possible.

  The default implementation returns null, meaning the model does not implement this method. A model that wishes to override this method must therefore not return null, even if the model does not use any passed in state.

  Specified by:

  createGeometryKey in interface BlockStateModelExtension

  Returns:

  an object collecting all the data that influences the geometry of this model; can be any object as long as it implements Object.hashCode() and Object.equals(Object) correctly.

• particleMaterial

  public Material.Baked particleMaterial(BlockAndTintGetter level, BlockPos pos, BlockState state)

  Description copied from interface: BlockStateModelExtension

  Returns the particle icon.

  Block entity data can be accessed using IBlockGetterExtension.getModelData(BlockPos).

  Specified by:

  particleMaterial in interface BlockStateModelExtension

• materialFlags

  public int materialFlags(BlockAndTintGetter level, BlockPos pos, BlockState state)

  Description copied from interface: BlockStateModelExtension

  Returns the material flags of this model.

  Specified by:

  materialFlags in interface BlockStateModelExtension

  Parameters:

  level - a level to query block entity data or other world state

  pos - the position of the block being rendered

  state - the state of the block being rendered