Package net.minecraftforge.client.model.generators

Class ModelBuilder.ElementBuilder

java.lang.Object

net.minecraftforge.client.model.generators.ModelBuilder.ElementBuilder

Enclosing class:

ModelBuilder<T extends ModelBuilder<T>>

public class ModelBuilder.ElementBuilder
extends Object

Nested Class Summary

Nested Classes

Modifier and Type	Class	Description
class	ModelBuilder.ElementBuilder.FaceBuilder
class	ModelBuilder.ElementBuilder.RotationBuilder

Field Summary

Fields

Modifier and Type	Field	Description
private ForgeFaceData	data
private final Map<Direction,ModelBuilder<T>.ElementBuilder.FaceBuilder>	faces
private org.joml.Vector3f	from
private ModelBuilder<T>.ElementBuilder.RotationBuilder	rotation
private boolean	shade
private org.joml.Vector3f	to

Constructor Summary

Constructors

Constructor	Description
ElementBuilder()

Method Summary

Modifier and Type	Method	Description
private BiConsumer<Direction,ModelBuilder<T>.ElementBuilder.FaceBuilder>	addTexture(String texture)
ModelBuilder<T>.ElementBuilder	allFaces(BiConsumer<Direction,ModelBuilder<T>.ElementBuilder.FaceBuilder> action)	Modify all possible faces dynamically using a function, creating new faces as necessary.
ModelBuilder<T>.ElementBuilder	ao(boolean ao)	Set the ambient occlusion of the element.
(package private) BlockElement	build()
ModelBuilder<T>.ElementBuilder	calculateNormals(boolean calc)	Sets whether we should calculate actual normals for the faces of this model or inherit them from facing the way vanilla does
ModelBuilder<T>.ElementBuilder	color(int color)	Sets the color of the element.
ModelBuilder<T>.ElementBuilder	cube(String texture)	Create a typical cube element, creating new faces as needed, applying the given texture, and setting the cullface.
ModelBuilder<T>.ElementBuilder	data(ForgeFaceData data)
ModelBuilder<T>.ElementBuilder	emissivity(int blockLight, int skyLight)	Set the block and sky light of the element (0-15).
T	end()
ModelBuilder<T>.ElementBuilder.FaceBuilder	face(Direction dir)	Return or create the face builder for the given direction.
ModelBuilder<T>.ElementBuilder	faces(BiConsumer<Direction,ModelBuilder<T>.ElementBuilder.FaceBuilder> action)	Modify all existing faces dynamically using a function.
ModelBuilder<T>.ElementBuilder	from(float x, float y, float z)	Set the "from" position for this element.
ModelBuilder<T>.ElementBuilder.RotationBuilder	rotation()
ModelBuilder<T>.ElementBuilder	shade(boolean shade)
ModelBuilder<T>.ElementBuilder	texture(String texture)	Texture all existing faces in the current element with the given texture.
ModelBuilder<T>.ElementBuilder	textureAll(String texture)	Texture all possible faces in the current element with the given texture, creating new faces where necessary.
ModelBuilder<T>.ElementBuilder	to(float x, float y, float z)	Set the "to" position for this element.
private void	validateCoordinate(float coord, char name)
private void	validatePosition(org.joml.Vector3f pos)

Methods inherited from class java.lang.Object

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

Field Details

from

private org.joml.Vector3f from

to

private org.joml.Vector3f to

faces

private final Map<Direction,ModelBuilder<T extends ModelBuilder<T>>.ElementBuilder.FaceBuilder> faces

rotation

private ModelBuilder<T extends ModelBuilder<T>>.ElementBuilder.RotationBuilder rotation

shade

private boolean shade

data

private ForgeFaceData data

Constructor Details

ElementBuilder

public ElementBuilder()

Method Details

validateCoordinate

private void validateCoordinate(float coord,
 char name)

validatePosition

private void validatePosition(org.joml.Vector3f pos)

from

public ModelBuilder<T>.ElementBuilder from(float x,
 float y,
 float z)

Set the "from" position for this element.

Parameters:

x - x-position for this vector

y - y-position for this vector

z - z-position for this vector

Returns:

this builder

Throws:

IllegalArgumentException - if the vector is out of bounds (any coordinate not between -16 and 32, inclusive)

to

public ModelBuilder<T>.ElementBuilder to(float x,
 float y,
 float z)

Set the "to" position for this element.

Parameters:

x - x-position for this vector

y - y-position for this vector

z - z-position for this vector

Returns:

this builder

Throws:

IllegalArgumentException - if the vector is out of bounds (any coordinate not between -16 and 32, inclusive)

face

public ModelBuilder<T>.ElementBuilder.FaceBuilder face(Direction dir)

Return or create the face builder for the given direction.

Parameters:

dir - the direction

Returns:

the face builder for the given direction

Throws:

NullPointerException - if dir is null

rotation

public ModelBuilder<T>.ElementBuilder.RotationBuilder rotation()

shade

public ModelBuilder<T>.ElementBuilder shade(boolean shade)

allFaces

public ModelBuilder<T>.ElementBuilder allFaces(BiConsumer<Direction,ModelBuilder<T>.ElementBuilder.FaceBuilder> action)

Modify all possible faces dynamically using a function, creating new faces as necessary.

Parameters:

action - the function to apply to each direction

Returns:

this builder

Throws:

NullPointerException - if action is null

faces

public ModelBuilder<T>.ElementBuilder faces(BiConsumer<Direction,ModelBuilder<T>.ElementBuilder.FaceBuilder> action)

Modify all existing faces dynamically using a function.

Parameters:

action - the function to apply to each direction

Returns:

this builder

Throws:

NullPointerException - if action is null

textureAll

public ModelBuilder<T>.ElementBuilder textureAll(String texture)

Texture all possible faces in the current element with the given texture, creating new faces where necessary.

Parameters:

texture - the texture

Returns:

this builder

Throws:

NullPointerException - if texture is null

texture

public ModelBuilder<T>.ElementBuilder texture(String texture)

Texture all existing faces in the current element with the given texture.

Parameters:

texture - the texture

Returns:

this builder

Throws:

NullPointerException - if texture is null

cube

public ModelBuilder<T>.ElementBuilder cube(String texture)

Create a typical cube element, creating new faces as needed, applying the given texture, and setting the cullface.

Parameters:

texture - the texture

Returns:

this builder

Throws:

NullPointerException - if texture is null

emissivity

public ModelBuilder<T>.ElementBuilder emissivity(int blockLight,
 int skyLight)

Set the block and sky light of the element (0-15). Traditional "emissivity" values were set both of these to the same value.

Parameters:

blockLight - the block light

skyLight - the sky light

Returns:

this builder

color

public ModelBuilder<T>.ElementBuilder color(int color)

Sets the color of the element.

Parameters:

color - the color in ARGB format.

Returns:

this builder

ao

public ModelBuilder<T>.ElementBuilder ao(boolean ao)

Set the ambient occlusion of the element.

Parameters:

ao - the ambient occlusion

Returns:

this builder

calculateNormals

public ModelBuilder<T>.ElementBuilder calculateNormals(boolean calc)

Sets whether we should calculate actual normals for the faces of this model or inherit them from facing the way vanilla does

Parameters:

calc - whether to calculate normals

Returns:

this builder

data

public ModelBuilder<T>.ElementBuilder data(ForgeFaceData data)

addTexture

private BiConsumer<Direction,ModelBuilder<T>.ElementBuilder.FaceBuilder> addTexture(String texture)

build

BlockElement build()

end

public T end()