Package net.fabricmc.fabric.api.renderer.v1.mesh

Interface QuadEmitter

All Superinterfaces:

MutableQuadView, QuadView

public interface QuadEmitter
extends MutableQuadView

Specialized MutableQuadView obtained via MeshBuilder.getEmitter() to append quads during mesh building.

Also obtained from RenderContext.getEmitter() to submit dynamic quads one-by-one at render time.

Instances of QuadEmitter will practically always be threadlocal and/or reused - do not retain references.

Only the renderer should implement or extend this interface.

Field Summary

Fields

Modifier and Type	Field	Description
static final float	CULL_FACE_EPSILON	Tolerance for determining if the depth parameter to square(Direction, float, float, float, float, float) is effectively zero - meaning the face is a cull face.

Fields inherited from interface net.fabricmc.fabric.api.renderer.v1.mesh.MutableQuadView

BAKE_FLIP_U, BAKE_FLIP_V, BAKE_LOCK_UV, BAKE_NORMALIZED, BAKE_ROTATE_180, BAKE_ROTATE_270, BAKE_ROTATE_90, BAKE_ROTATE_NONE

Fields inherited from interface net.fabricmc.fabric.api.renderer.v1.mesh.QuadView

VANILLA_QUAD_STRIDE, VANILLA_VERTEX_STRIDE

Method Summary

Modifier and Type	Method	Description
QuadEmitter	color(int vertexIndex, int color)	Set vertex color in ARGB format (0xAARRGGBB).
default QuadEmitter	color(int c0, int c1, int c2, int c3)	Convenience: set vertex color for all vertices at once.
QuadEmitter	colorIndex(int colorIndex)	Value functions identically to BakedQuad.getColorIndex() and is used by renderer / model builder in same way.
QuadEmitter	copyFrom(QuadView quad)	Copies all quad properties from the given QuadView to this quad.
QuadEmitter	cullFace(@Nullable Direction face)	If non-null, quad is coplanar with a block face which, if known, simplifies or shortcuts geometric analysis that might otherwise be needed.
QuadEmitter	emit()	In static mesh building, causes quad to be appended to the mesh being built.
QuadEmitter	fromVanilla(int[] quadData, int startIndex)	Enables bulk vertex data transfer using the standard Minecraft vertex formats.
default QuadEmitter	fromVanilla(int[] quadData, int startIndex, boolean isItem)	Deprecated.
QuadEmitter	fromVanilla(BakedQuad quad, RenderMaterial material, @Nullable Direction cullFace)	Enables bulk vertex data transfer using the standard Minecraft quad format.
QuadEmitter	lightmap(int vertexIndex, int lightmap)	Accept vanilla lightmap values.
default QuadEmitter	lightmap(int b0, int b1, int b2, int b3)	Convenience: set lightmap for all vertices at once.
QuadEmitter	material(RenderMaterial material)	Assigns a different material to this quad.
QuadEmitter	nominalFace(@Nullable Direction face)	Provides a hint to renderer about the facing of this quad.
QuadEmitter	normal(int vertexIndex, float x, float y, float z)	Adds a vertex normal.
default QuadEmitter	normal(int vertexIndex, org.joml.Vector3f normal)	Same as MutableQuadView.normal(int, float, float, float) but accepts vector type.
default QuadEmitter	normal(int vertexIndex, org.joml.Vector3fc normal)	Same as MutableQuadView.normal(int, float, float, float) but accepts vector type.
QuadEmitter	pos(int vertexIndex, float x, float y, float z)	Sets the geometric vertex position for the given vertex, relative to block origin, (0,0,0).
default QuadEmitter	pos(int vertexIndex, org.joml.Vector3f pos)	Same as MutableQuadView.pos(int, float, float, float) but accepts vector type.
default QuadEmitter	pos(int vertexIndex, org.joml.Vector3fc pos)	Same as MutableQuadView.pos(int, float, float, float) but accepts vector type.
default QuadEmitter	sprite(int vertexIndex, int spriteIndex, float u, float v)	Deprecated.
default QuadEmitter	sprite(int vertexIndex, int spriteIndex, Vec2f uv)	Deprecated.
default QuadEmitter	spriteBake(int spriteIndex, Sprite sprite, int bakeFlags)	Deprecated.
QuadEmitter	spriteBake(Sprite sprite, int bakeFlags)	Assigns sprite atlas u,v coordinates to this quad for the given sprite.
default QuadEmitter	spriteColor(int vertexIndex, int spriteIndex, int color)	Deprecated.
default QuadEmitter	spriteColor(int spriteIndex, int c0, int c1, int c2, int c3)	Deprecated.
default QuadEmitter	spriteUnitSquare(int spriteIndex)	Deprecated. Use uvUnitSquare() instead.
default QuadEmitter	square(Direction nominalFace, float left, float bottom, float right, float top, float depth)	Helper method to assign vertex coordinates for a square aligned with the given face.
QuadEmitter	tag(int tag)	Encodes an integer tag with this quad that can later be retrieved via QuadView.tag().
QuadEmitter	uv(int vertexIndex, float u, float v)	Set texture coordinates.
default QuadEmitter	uv(int vertexIndex, org.joml.Vector2f uv)	Set texture coordinates.
default QuadEmitter	uv(int vertexIndex, org.joml.Vector2fc uv)	Set texture coordinates.
default QuadEmitter	uvUnitSquare()

Methods inherited from interface net.fabricmc.fabric.api.renderer.v1.mesh.QuadView

color, colorIndex, copyNormal, copyPos, copyTo, copyUv, cullFace, faceNormal, hasNormal, lightFace, lightmap, material, nominalFace, normalX, normalY, normalZ, posByIndex, spriteColor, spriteU, spriteV, tag, toBakedQuad, toBakedQuad, toVanilla, toVanilla, u, v, x, y, z

Field Details

CULL_FACE_EPSILON

static final float CULL_FACE_EPSILON

Tolerance for determining if the depth parameter to square(Direction, float, float, float, float, float) is effectively zero - meaning the face is a cull face.

See Also:

• Constant Field Values

Method Details

pos

QuadEmitter pos(int vertexIndex,
 float x,
 float y,
 float z)

Description copied from interface: MutableQuadView

Sets the geometric vertex position for the given vertex, relative to block origin, (0,0,0). Minecraft rendering is designed for models that fit within a single block space and is recommended that coordinates remain in the 0-1 range, with multi-block meshes split into multiple per-block models.

Specified by:

pos in interface MutableQuadView

pos

default QuadEmitter pos(int vertexIndex,
 org.joml.Vector3f pos)

Description copied from interface: MutableQuadView

Same as MutableQuadView.pos(int, float, float, float) but accepts vector type.

Specified by:

pos in interface MutableQuadView

pos

default QuadEmitter pos(int vertexIndex,
 org.joml.Vector3fc pos)

Description copied from interface: MutableQuadView

Same as MutableQuadView.pos(int, float, float, float) but accepts vector type.

Specified by:

pos in interface MutableQuadView

color

QuadEmitter color(int vertexIndex,
 int color)

Description copied from interface: MutableQuadView

Set vertex color in ARGB format (0xAARRGGBB).

Specified by:

color in interface MutableQuadView

color

default QuadEmitter color(int c0,
 int c1,
 int c2,
 int c3)

Description copied from interface: MutableQuadView

Convenience: set vertex color for all vertices at once.

Specified by:

color in interface MutableQuadView

uv

QuadEmitter uv(int vertexIndex,
 float u,
 float v)

Description copied from interface: MutableQuadView

Set texture coordinates.

Specified by:

uv in interface MutableQuadView

uv

default QuadEmitter uv(int vertexIndex,
 org.joml.Vector2f uv)

Description copied from interface: MutableQuadView

Set texture coordinates.

Only use this function if you already have a Vector2f. Otherwise, see MutableQuadView.uv(int, float, float).

Specified by:

uv in interface MutableQuadView

uv

default QuadEmitter uv(int vertexIndex,
 org.joml.Vector2fc uv)

Description copied from interface: MutableQuadView

Set texture coordinates.

Only use this function if you already have a Vector2fc. Otherwise, see MutableQuadView.uv(int, float, float).

Specified by:

uv in interface MutableQuadView

spriteBake

QuadEmitter spriteBake(Sprite sprite,
 int bakeFlags)

Description copied from interface: MutableQuadView

Assigns sprite atlas u,v coordinates to this quad for the given sprite. Can handle UV locking, rotation, interpolation, etc. Control this behavior by passing additive combinations of the BAKE_ flags defined in this interface.

Specified by:

spriteBake in interface MutableQuadView

uvUnitSquare

default QuadEmitter uvUnitSquare()

lightmap

QuadEmitter lightmap(int vertexIndex,
 int lightmap)

Description copied from interface: MutableQuadView

Accept vanilla lightmap values. Input values will override lightmap values computed from world state if input values are higher. Exposed for completeness but some rendering implementations with non-standard lighting model may not honor it.

For emissive rendering, it is better to use MaterialFinder.emissive(boolean).

Specified by:

lightmap in interface MutableQuadView

lightmap

default QuadEmitter lightmap(int b0,
 int b1,
 int b2,
 int b3)

Description copied from interface: MutableQuadView

Convenience: set lightmap for all vertices at once.

For emissive rendering, it is better to use MaterialFinder.emissive(boolean). See MutableQuadView.lightmap(int, int).

Specified by:

lightmap in interface MutableQuadView

normal

QuadEmitter normal(int vertexIndex,
 float x,
 float y,
 float z)

Description copied from interface: MutableQuadView

Adds a vertex normal. Models that have per-vertex normals should include them to get correct lighting when it matters. Computed face normal is used when no vertex normal is provided.

Renderer implementations should honor vertex normals for diffuse lighting - modifying vertex color(s) or packing normals in the vertex buffer as appropriate for the rendering method/vertex format in effect.

Specified by:

normal in interface MutableQuadView

normal

default QuadEmitter normal(int vertexIndex,
 org.joml.Vector3f normal)

Description copied from interface: MutableQuadView

Same as MutableQuadView.normal(int, float, float, float) but accepts vector type.

Specified by:

normal in interface MutableQuadView

normal

default QuadEmitter normal(int vertexIndex,
 org.joml.Vector3fc normal)

Description copied from interface: MutableQuadView

Same as MutableQuadView.normal(int, float, float, float) but accepts vector type.

Specified by:

normal in interface MutableQuadView

cullFace

QuadEmitter cullFace(@Nullable
 @Nullable Direction face)

Description copied from interface: MutableQuadView

If non-null, quad is coplanar with a block face which, if known, simplifies or shortcuts geometric analysis that might otherwise be needed. Set to null if quad is not coplanar or if this is not known. Also controls face culling during block rendering.

Null by default.

When called with a non-null value, also sets MutableQuadView.nominalFace(Direction) to the same value.

This is different from the value reported by BakedQuad.getFace(). That value is computed based on face geometry and must be non-null in vanilla quads. That computed value is returned by QuadView.lightFace().

Specified by:

cullFace in interface MutableQuadView

nominalFace

QuadEmitter nominalFace(@Nullable
 @Nullable Direction face)

Description copied from interface: MutableQuadView

Provides a hint to renderer about the facing of this quad. Not required, but if provided can shortcut some geometric analysis if the quad is parallel to a block face. Should be the expected value of QuadView.lightFace(). Value will be confirmed and if invalid the correct light face will be calculated.

Null by default, and set automatically by QuadView.cullFace().

Models may also find this useful as the face for texture UV locking and rotation semantics.

Note: This value is not persisted independently when the quad is encoded. When reading encoded quads, this value will always be the same as QuadView.lightFace().

Specified by:

nominalFace in interface MutableQuadView

material

QuadEmitter material(RenderMaterial material)

Description copied from interface: MutableQuadView

Assigns a different material to this quad. Useful for transformation of existing meshes because lighting and texture blending are controlled by material.

Specified by:

material in interface MutableQuadView

colorIndex

QuadEmitter colorIndex(int colorIndex)

Description copied from interface: MutableQuadView

Value functions identically to BakedQuad.getColorIndex() and is used by renderer / model builder in same way. Default value is -1.

Specified by:

colorIndex in interface MutableQuadView

tag

QuadEmitter tag(int tag)

Description copied from interface: MutableQuadView

Encodes an integer tag with this quad that can later be retrieved via QuadView.tag(). Useful for models that want to perform conditional transformation or filtering on static meshes.

Specified by:

tag in interface MutableQuadView

copyFrom

QuadEmitter copyFrom(QuadView quad)

Description copied from interface: MutableQuadView

Copies all quad properties from the given QuadView to this quad.

Calling this method does not emit the quad.

Specified by:

copyFrom in interface MutableQuadView

fromVanilla

QuadEmitter fromVanilla(int[] quadData,
 int startIndex)

Description copied from interface: MutableQuadView

Enables bulk vertex data transfer using the standard Minecraft vertex formats. Only the quad vertex data is copied. This method should be performant whenever caller's vertex representation makes it feasible.

Use the other overload which has better encapsulation unless you have a specific reason to use this one.

Calling this method does not emit the quad.

Specified by:

fromVanilla in interface MutableQuadView

fromVanilla

QuadEmitter fromVanilla(BakedQuad quad,
 RenderMaterial material,
 @Nullable
 @Nullable Direction cullFace)

Description copied from interface: MutableQuadView

Enables bulk vertex data transfer using the standard Minecraft quad format.

Calling this method does not emit the quad.

The material applied to this quad view might be slightly different from the material parameter regarding diffuse shading. If either the baked quad does not have shade or the material does not have shade, diffuse shading will be disabled for this quad view. This is reflected in the quad view's QuadView.material(), but the material parameter is unchanged (it is immutable anyway).

Specified by:

fromVanilla in interface MutableQuadView

square

default QuadEmitter square(Direction nominalFace,
 float left,
 float bottom,
 float right,
 float top,
 float depth)

Helper method to assign vertex coordinates for a square aligned with the given face. Ensures that vertex order is consistent with vanilla convention. (Incorrect order can lead to bad AO lighting unless enhanced lighting logic is available/enabled.)

Square will be parallel to the given face and coplanar with the face (and culled if the face is occluded) if the depth parameter is approximately zero. See CULL_FACE_EPSILON.

All coordinates should be normalized (0-1).

emit

QuadEmitter emit()

In static mesh building, causes quad to be appended to the mesh being built. In a dynamic render context, create a new quad to be output to rendering. In both cases, current instance is reset to default values.

spriteColor

@Deprecated
default QuadEmitter spriteColor(int vertexIndex,
 int spriteIndex,
 int color)

Deprecated.

Specified by:

spriteColor in interface MutableQuadView

spriteColor

@Deprecated
default QuadEmitter spriteColor(int spriteIndex,
 int c0,
 int c1,
 int c2,
 int c3)

Deprecated.

Specified by:

spriteColor in interface MutableQuadView

sprite

@Deprecated
default QuadEmitter sprite(int vertexIndex,
 int spriteIndex,
 float u,
 float v)

Deprecated.

Specified by:

sprite in interface MutableQuadView

sprite

@Deprecated
default QuadEmitter sprite(int vertexIndex,
 int spriteIndex,
 Vec2f uv)

Deprecated.

Specified by:

sprite in interface MutableQuadView

spriteBake

@Deprecated
default QuadEmitter spriteBake(int spriteIndex,
 Sprite sprite,
 int bakeFlags)

Deprecated.

Specified by:

spriteBake in interface MutableQuadView

spriteUnitSquare

@Deprecated
default QuadEmitter spriteUnitSquare(int spriteIndex)

Deprecated.

Use uvUnitSquare() instead.

fromVanilla

@Deprecated
default QuadEmitter fromVanilla(int[] quadData,
 int startIndex,
 boolean isItem)

Deprecated.

Specified by:

fromVanilla in interface MutableQuadView