Package net.minecraft.client.renderer.block.model

Class FaceBakery

java.lang.Object

net.minecraft.client.renderer.block.model.FaceBakery

public class FaceBakery
extends Object

Field Summary

Fields

Modifier and Type	Field	Description
private static final int	COLOR_INDEX
private static final float	RESCALE_22_5
private static final float	RESCALE_45
static final int	UV_INDEX
static final int	VERTEX_COUNT
static final int	VERTEX_INT_SIZE

Constructor Summary

Constructors

Constructor	Description
FaceBakery()

Method Summary

Modifier and Type	Method	Description
private static void	applyElementRotation(Vector3f pVec, BlockElementRotation pPartRotation)
private static void	applyModelRotation(Vector3f pPos, Transformation pTransform)
static BakedQuad	bakeQuad(Vector3f pPosFrom, Vector3f pPosTo, BlockElementFace pFace, TextureAtlasSprite pSprite, Direction pFacing, ModelState pTransform, BlockElementRotation pRotation, boolean pShade, int pLightEmission)
private static void	bakeVertex(int[] pVertexData, int pVertexIndex, Direction pFacing, BlockFaceUV pBlockFaceUV, float[] pPosDiv16, TextureAtlasSprite pSprite, Transformation pTransformation, BlockElementRotation pPartRotation)
private static Direction	calculateFacing(int[] pFaceData)
private static void	fillVertex(int[] pVertexData, int pVertexIndex, Vector3f pVector, TextureAtlasSprite pSprite, BlockFaceUV pBlockFaceUV)
private static int[]	makeVertices(BlockFaceUV pUvs, TextureAtlasSprite pSprite, Direction pOrientation, float[] pPosDiv16, Transformation pTransformation, BlockElementRotation pPartRotation)
private static void	recalculateWinding(int[] pVertices, Direction pDirection)
static BlockFaceUV	recomputeUVs(BlockFaceUV pUv, Direction pFacing, Transformation pRotation)
private static void	rotateVertexBy(Vector3f pPos, Vector3f pOrigin, Matrix4f pTransform, Vector3f pScale)
private static float[]	setupShape(Vector3f pMin, Vector3f pMax)

Methods inherited from class java.lang.Object

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

Field Details

VERTEX_INT_SIZE

public static final int VERTEX_INT_SIZE

See Also:

• Constant Field Values

RESCALE_22_5

private static final float RESCALE_22_5

RESCALE_45

private static final float RESCALE_45

VERTEX_COUNT

public static final int VERTEX_COUNT

See Also:

• Constant Field Values

COLOR_INDEX

private static final int COLOR_INDEX

See Also:

• Constant Field Values

UV_INDEX

public static final int UV_INDEX

See Also:

• Constant Field Values

Constructor Details

FaceBakery

public FaceBakery()

Method Details

bakeQuad

public static BakedQuad bakeQuad(Vector3f pPosFrom,
 Vector3f pPosTo,
 BlockElementFace pFace,
 TextureAtlasSprite pSprite,
 Direction pFacing,
 ModelState pTransform,
 @Nullable
 BlockElementRotation pRotation,
 boolean pShade,
 int pLightEmission)

recomputeUVs

public static BlockFaceUV recomputeUVs(BlockFaceUV pUv,
 Direction pFacing,
 Transformation pRotation)

makeVertices

private static int[] makeVertices(BlockFaceUV pUvs,
 TextureAtlasSprite pSprite,
 Direction pOrientation,
 float[] pPosDiv16,
 Transformation pTransformation,
 @Nullable
 BlockElementRotation pPartRotation)

setupShape

private static float[] setupShape(Vector3f pMin,
 Vector3f pMax)

bakeVertex

private static void bakeVertex(int[] pVertexData,
 int pVertexIndex,
 Direction pFacing,
 BlockFaceUV pBlockFaceUV,
 float[] pPosDiv16,
 TextureAtlasSprite pSprite,
 Transformation pTransformation,
 @Nullable
 BlockElementRotation pPartRotation)

fillVertex

private static void fillVertex(int[] pVertexData,
 int pVertexIndex,
 Vector3f pVector,
 TextureAtlasSprite pSprite,
 BlockFaceUV pBlockFaceUV)

applyElementRotation

private static void applyElementRotation(Vector3f pVec,
 @Nullable
 BlockElementRotation pPartRotation)

applyModelRotation

private static void applyModelRotation(Vector3f pPos,
 Transformation pTransform)

rotateVertexBy

private static void rotateVertexBy(Vector3f pPos,
 Vector3f pOrigin,
 Matrix4f pTransform,
 Vector3f pScale)

calculateFacing

private static Direction calculateFacing(int[] pFaceData)

recalculateWinding

private static void recalculateWinding(int[] pVertices,
 Direction pDirection)