Minecraft:Shader

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Shaders are used to define the game's rendering of certain elements.

Java Edition

in Template:Editions, two distinct kinds of shaders are used: core shaders and post-processing shaders. Core shaders are used to render fundamental parts of the game such as entities and terrain, while post-processing shaders are used to apply visual effects to the screen after core shaders have ran.

Examples of post-processing shaders include the menu background blur, certain mob vision types as seen in spectator, the Fabulous! graphics setting's fixed handling of translucent object, and the glowing status effect.

Shaders are written in the OpenGL Shading Language (GLSL). Each shader programTemplate:Note comes in two parts, the vertex and fragment shader. Vertex shaders define the positions of individual vertices, whereas fragment shaders define the final color of a single render fragment. For example, vertex shaders are often used to create waving foliage and water, and fragment shaders can be used to add effects like bloom, god rays, and blur. In Minecraft, vertex shaders must use the extension .vsh, and fragment shaders .fsh.

Shader programs are stored in the assets/minecraft/shaders directory of Minecraft:client.jar, and can be replaced with a resource pack. Note that if any error occurs when loading the shaders, the resource pack is disabled and fabulous graphics mode is turned off.

Core shaders

Core shaders are used to render almost everything in the game, including terrain, entities, gui elements, etc. The shader programs for core shaders are located in the assets/<namespace>/shaders/core directory of a resourcepack.

Some objects are not drawn using shaders, this includes:

• The sky in the nether and bottom half of the overworld. These are the opengl clear color which is set to the same value as the FogColor uniform

List of core shaders

A list of all core shaders can be found by expanding the header below, listing descriptions of what each shader is responsible for, as well as what uniforms, samplers, and define directives are available to each shader.

Name	Used for	Sample images	Available uniforms blocks	Available samplers. All samplers are of type sampler2d unless otherwise specified	Define directives
animate_sprite_blit	Renders non-interpolated texture animations, as well as any non-animated sprite to a texture atlas. Uses the core/animate_sprite.vsh vertex program.		SpriteAnimationInfo	Sprite - The next animation frame	None present.
animate_sprite_interpolate	Renders interpolated texture animations to a texture atlas. Uses the core/animate_sprite.vsh vertex program.		SpriteAnimationInfo	CurrentSprite - The current animation frame NextSprite - The next animation frame	None present.
blit_screen	Copies one buffer to another. Uses the core/screenquad.vsh vertex program.		None present.	Sampler0 - The buffer to copy from.	None present.
block	Renders blocks that aren't part of chunk meshes such as falling sand, blocks being moved by a piston, or pistons while moving a block. ​<more information needed></more information needed>	File:Core shader block highlight.png	DynamicTransforms Fog Projection	Sampler0 - The blocks atlas. Sampler2 - The lightmap.	ALPHA_CUTOUT - Minimum opacity before pixels are discarded, if not defined no pixels get discarded.
debug_point	Used for some debug renderers ​<more information needed></more information needed> Uses the core/position_color.fsh fragment program.		DynamicTransforms Projection	None present.	None present.
entity	Renders most entities including but not limited to: Mobs End crystal beams Block entities that use special rendering such as banners and chests, both in the world and in guis Equipment and other overlays such as the charged creeper energy swirls Experience orbs	File:Core shader entity highlight.png	DynamicTransforms Fog Lighting Projection	Sampler0 - The base texture of the entity. Sampler1 - The red damage indicator overlay. Sampler2 - The lightmap. DissolveMaskSampler - An alpha mask to use when the DISSOLVE define is set.	ALPHA_CUTOUT - Minimum opacity before pixels are discarded, if not defined no pixels get discarded. APPLY_TEXTURE_MATRIX - Whether or not the uv should be offset by the TextureMat uniform. EMISSIVE - Whether or not lighting should be applied to the entity. NO_CARDINAL_LIGHTING - Whether or not directional shading should be applied. NO_OVERLAY - Whether or not the red damage tint should be applied. PER_FACE_LIGHTING - Whether or not lighting should be calculated seperately for the front and back quad faces. DISSOLVE - Whether or not the DissolveMaskSampler should be used as an alpha mask.
glint	Renders the enchantment glint on items, equipment, etc.	File:Core shader glint highlight.png	DynamicTransforms Fog Globals Projection	Sampler0 - The enchantment glint texture.	None present.
gui	Renders flat colored gui elements including but not limited to: Chat and F3 screen text background Advancement screen lines and background darken effect Background of resource/datapack screen items Background of selected world/server in world/server screens Loading screen background Selected language in language menu Selected statistic in statistics menu Inventory screen backgrounds World loading progress Text background on "Saving world" and similar screens	File:Core shader gui highlight.png File:Core shader gui 2 highlight.png	DynamicTransforms Projection	None present.	None present.
item	Renders item models in various contexts, such as when dropped on the ground, held in an entities hand, in a display entity, etc	File:Core shader item highlight.png	DynamicTransforms Fog Lighting Projection	Sampler0 - The items or blocks atlas depending on the model currently being rendered. Sampler2 - The lightmap.	ALPHA_CUTOUT - Minimum opacity before pixels are discarded, if not defined no pixels get discarded.
lightmap	Renders the lightmap which is used by other shaders to determine how bright or dark parts of the world should be. Uses the core/screenquad.vsh vertex program.	File:Core shader lightmap highlight.png In this image the lightmap shader outputs a horizontal gradient from black to red File:Core shader lightmap visualisation.png Here the lightmap has been modified to output a gradient from black to red horizontally, and black to green vertically. A mod has been used to display the output of this shader to the top left of the screen for a clearer visualisation	LightmapInfo	None present.	None present.
panorama	Renders the title screen panorama cubemap.	File:Core shader position tex highlight.png	DynamicTransforms Projection	Sampler0 (samplerCube) - A cubemap sampler containing all 6 panorama images.	None present.
particle	Renders all particle effects. Also renders the rain and snow weather effects.	File:Core shader particle highlight.png	DynamicTransforms Fog Projection	Sampler0 - The particles or blocks atlas, depending on the particle that is being rendered. If rendering a weather effect then this is the corresponding texture for that effect. Sampler2 - The lightmap.	None present.
position_color	Renders the lower half of the sky at sunrise and sunset. Also renders the F3 debug pie and chunk borders.	File:Core shader position color highlight.png File:Core shader position color 2 highlight.png	DynamicTransforms Projection	None present.	None present.
position_tex_color	Renders some miscellaneous textured things including but not limited to: The end skybox GUI buttons, backgrounds, tooltips, icons etc Pre-rendered items and entities in GUIs (see the Render process section for more information) World icons, server icons, resourcepack icons, datapack icons, etc HUD elements such as the hotbar, crosshair, health hearts, tab list heads, etc The Mojang and Minecraft logos Fire overlay Camera overlay effects such as the vignette, pumpkin blur, freezing effect, etc The sun and moon	File:Core shader position tex color highlight JE2.png File:Position tex color 3 highlight.png In this image, the square to the right is a prerendered item being drawn onto a quad	DynamicTransforms Projection	Sampler0 - For most gui widgets and icons, this is the gui atlas. For world, resourcepack, etc icons, mojang logo, camera overlays, or other non-gui things this is the texture of the object being rendered.	None present.
position_tex	Unused.		None present.	None present.	None present.
position	Handles depth for the ender dragon's death rays​<more information needed></more information needed>.		DynamicTransforms Fog Projection	None present.	None present.
rendertype_beacon_beam	Renders the beacon and end gateway beams.	File:Core shader rendertype beacon beam highlight.png	DynamicTransforms Fog Projection	Sampler0 - The texture of the current part of the beam being rendered.	None present.
rendertype_clouds	Renders the clouds.	File:Core shader rendertype clouds highlight.png	CloudInfo DynamicTransforms Fog Projection	CloudFaces (isamplerBuffer) - Data about cloud faces​<more information needed></more information needed>	None present.
rendertype_crumbling	Renders the block breaking animation.	File:Core shader rendertype crumbling highlight.png	DynamicTransforms Fog - Although not explicitly defined in the code this can be used Projection	Sampler0 - The texture for current stage of the block breaking animation.	None present
rendertype_end_portal	Renders the end portal and end gateway block entities, as well as the end_cube special model type	File:Core shader rendertype end portal highlight JE2.png	DynamicTransforms Fog Globals Projection	Sampler0 - The end sky texture textures/environment/end_sky.png. Sampler1 - The end portal stars texture textures/entity/end_portal.png.	PORTAL_LAYERS - The amount of star layers to render.
rendertype_entity_shadow	Renders the shadow that appears under most entities.	File:Core shader rendertype entity shadow highlight JE2.png Highlighted in orange is where the shadow is normally visible in vanilla	DynamicTransforms Fog Projection	Sampler0 - The shadow texture textures/misc/shadow.png.	None present.
rendertype_leash	Renders leads that are attached to entities in the world.	File:Core shader rendertype leash highlight JE2.png	DynamicTransforms Fog Projection	Sampler2 - The lightmap.	None present.
rendertype_lightning	Renders lightning bolts and the ender dragon's death rays.	File:Core shader rendertype lightning highlight.png File:Core shader rendertype lightning 2 highlight.png	DynamicTransforms Fog Projection	None present.	None present.
rendertype_lines	Renders all types of lines including: The block outline Entity debug hitboxes The F3 screen crosshair Structure and test block bounding boxes	File:Core shader rendertype lines highlight JE2.png	DynamicTransforms Fog Globals Projection	None present.	None present.
rendertype_outline	Renders a flat colored outline of entities which have the glowing effect. The colour of this is based on the team the entity is in, or the glow color override for display entities, which is passed to the shader via the Color vertex attribute. The output of this shader is saved to a buffer and then later used in the entity_outline post effect to create the full glowing effect.	File:Core shader rendertype outline highlight JE2.png In this image, the entity_outline post effect has been disabled to clearly show what this shader outputs	DynamicTransforms Projection	Sampler0 - The base texture of the object being rendered.	None present.
rendertype_text_background_see_through	Renders the background of text display entities that are set to render through blocks.	File:Core shader rendertype text background see through highlight.png	DynamicTransforms Projection	None present.	None present.
rendertype_text_background	Renders the background of text display entities that are not set to render through blocks.	File:Core shader rendertype text background highlight.png	DynamicTransforms Fog Projection	None present.	None present.
rendertype_text_see_through rendertype_text_intensity_see_through	Renders text that is visible through blocks. Also renders the background of player and entity nameplates. Note: rendertype_text_intensity_see_through is identical, however it is only used to render ttf fonts.	File:Core shader rendertype text see through highlight JE2.png	DynamicTransforms Projection	Sampler0 - An automatically generated 256x256 atlas which contains the current character that is being rendered.	None present.
rendertype_text rendertype_text_intensity	Renders text in the world and in GUIs. Also renders maps in item frames or when held in first person. Note: rendertype_text_intensity is identical, however it is only used to render ttf fonts.	File:Core shader rendertype text highlight JE2.png File:Core shader rendertype text 2 highlight.png	DynamicTransforms Fog Projection	Sampler0 - An automatically generated 256x256 atlas which contains the current character that is being rendered. For maps, this is the map background texture, map_decorations atlas, or the map itself depending on which part is currently being rendered. Sampler2 - The lightmap.	None present.
rendertype_water_mask	A mask used to hide water inside boats.	File:Core shader rendertype water mask highlight.png In this image the shader has been edited to discard all pixels on the right half of the screen	DynamicTransforms Projection	None present.	None present.
rendertype_world_border	Renders the world border.	File:Core shader rendertype world border highlight.png	DynamicTransforms Projection	Sampler0 - The world border texture textures/misc/forcefield.png.	None present.
sky	Renders the upper half of the overworld skybox.	File:Sky core shader highlight.png	DynamicTransforms Fog Projection	None present.	None present.
stars	Renders the stars in the overworld sky at night.	File:Stars core shader highlight.png	DynamicTransforms Projection	None present.	None present.
terrain	Renders all blocks and fluids in the world.	File:Core shader terrain highlight.png	ChunkSection Fog Projection	Sampler0 - The blocks atlas. Sampler2 - The lightmap.	ALPHA_CUTOUT - Minimum opacity before pixels are discarded, if not defined no pixels get discarded.
je 26.2 }}{{#vardefine: $version2 | }}<upcoming: Template:Version link & Template:Version link></upcoming: Template:Version link & Template:Version link>	Renders text background, for example those seen on entity nameplates or text display entities.		DynamicTransforms Fog Projection	Sampler2 - The lightmap	IS_SEE_THROUGH - Defined if the shader has no depth test and can be seen through other objects.
je 26.2 }}{{#vardefine: $version2 | }}<upcoming: Template:Version link & Template:Version link></upcoming: Template:Version link & Template:Version link>	Renders text in the world and in GUIs. Also renders maps in item frames or when held in first person.		DynamicTransforms Fog (only when IS_GUI is not defined) Projection	Sampler0 - An automatically generated 256x256 atlas which contains the current character that is being rendered. For maps, this is the map background texture, map_decorations atlas, or the map itself depending on which part is currently being rendered. Sampler2 - The lightmap (only when IS_GUI is not defined)	IS_GRAYSCALE - Defined if the shader should treat the font texture as an intensity texture for TTF font rendering. IS_SEE_THROUGH - Defined if the shader has no depth test and can be seen through other objects. IS_GUI - Defined if the shader handles text for the gui.

Include shaders

Include shaders (stored in assets/<namespace>/shaders/include) contain helper functions and variables that can be used in multiple shader programs. These must have the .glsl, .vsh, or .fsh file extensions.

To import an include shader, add one of the following import directives anywhere in a vertex or fragment shader program

• #moj_import <filepath.glsl> imports a file from assets/minecraft/shaders/include/<filepath>.glsl
• #moj_import <namespace:path.glsl> imports a file from assets/<namespace>/shaders/include/<path>.glsl
• #moj_import "filepath.glsl" imports a file from assets/minecraft/shaders/core/<filepath>.glsl

When importing an include shader, the game replaces the import directive with the contents of the include shader. The imported file needs to end with an empty line, otherwise the shader does not load.

Vanilla include shaders

The following include shaders are used throughout the vanilla resource pack

Name	Description
fog.glsl	Contains the linear_fog function to calculate the color based on the vertex distance. Contains a definition of the Fog uniform block
light.glsl	Contains the minecraft_mix_light function, used to calculate face lighting in entity shaders. Contains a definition of the Lighting uniform block
matrix.glsl	Contains the mat2_rotate_z function that returns the rotation matrix for a vec2 around the z-axis.
projection.glsl	Contains the projection_from_position function. Contains a definition of the Projection uniform block
globals.glsl	Contains a definition of the Globals uniform block.
dynamictransforms.glsl	Contains a definition of the DynamicTransforms uniform block.
chunksection.glsl	Contains a definition of the ChunkSection uniform block.
animation_sprite.glsl	Contains a definition of the SpriteAnimationInfo uniform block.
sample_lightmap.glsl	Contains the sample_lightmap function, used by various shaders to sample the lightmap texture.

Post-processing effects

As mentioned previously, post-processing effects are used in menu backgrounds, when spectating certain mobs to create vision effects, the Fabulous! graphics setting, and when rendering the glowing effect.

Post-effect file format

Post-processing effects are made up of multiple passes and render targets. A target is a buffer that can be read from and written to. The game provides some built-in targets that contain certain parts of the game world (particles, water, etc), and you can define your own to read and write data to. A pass can have multiple inputs from png textures or render targets.

Post-processing effects are defined in assets/<namespace>/post_effect/<post effect>.json. Note that post-processing effects are applied before the HUD and GUI elements are rendered

• Template:Nbt/sprite: The root tag
  • Template:Nbt/sprite  targets: Custom render targets to be used by render passes
    • Template:Nbt/sprite  target definition: The key is the name of the target
      • Template:Nbt/sprite  width: Defaults to the current viewport width. The width of the target
      • Template:Nbt/sprite  height: Defaults to the current viewport height. The height of the target
      • Template:Nbt/sprite  persistent: Defaults to false. If true, this target is not cleared between frames. It is still cleared when the game window is resized, however.
      • Template:Nbt/spriteTemplate:Nbt/sprite  clear_color Defaults to [0, 0, 0, 0]. The colour this target is filled with when it is created or cleared. Supports two formats. A list of floats in 0-1 range [R, G, B, A], or a colour in decimal format calculated from the red, green and blue components using this formula:
        (Alpha << 24) + (Red << 16) + (Green << 8) + Blue
  • Template:Nbt/sprite  passes: Render passes
    • Template:Nbt/sprite  pass: A render pass
      • Template:Nbt/sprite  vertex_shader: The namespaced id of a vertex shader to use for this pass, relative to the shaders folder. minecraft:post/blit resolves to assets/minecraft/shaders/post/blit.vsh
      • Template:Nbt/sprite  fragment_shader: The namespaced id of a fragment shader to use for this pass, relative to the shaders folder. minecraft:post/box_blur resolves to assets/minecraft/shaders/post/box_blur.fsh
      • Template:Nbt/sprite  inputs: A list of render target inputs and / or texture inputs
        • Template:Nbt/sprite  render target input
          • Template:Nbt/sprite  sampler_name: The name of the sampler uniform
            • Setting this to MainDepth, for example, makes a sampler2D uniform called MainDepthSampler available to the shader program for this pass. This will also provide an additional vec2 to the SamplerInfo uniform block called <sampler_name>Size, for example MainDepthSize
          • Template:Nbt/sprite  bilinear: Default: false. If set to true, the sampler uses bilinear filtering instead of nearest neighbor
          • Template:Nbt/sprite  target: The name of the target. Can either be a custom target as specified in targets above, or one of the following built in targets: minecraft:main, minecraft:translucent, minecraft:item_entity, minecraft:particles, minecraft:weather, minecraft:clouds, or minecraft:entity_outline
          • Template:Nbt/sprite  use_depth_buffer: Default: false. If set to true, it samples from the depth texture instead of the color texture.
        • Template:Nbt/sprite  texture input
          • Template:Nbt/sprite  sampler_name: The name of the sampler uniform
            • Setting this to MyTexture, for example, makes a sampler2D uniform called MyTextureSampler available to the shader program for this pass. This will also provide an additional vec2 to the SamplerInfo uniform block called <sampler_name>Size, for example MyTextureSize
          • Template:Nbt/sprite  bilinear: Default: false. If set to true, the sampler uses bilinear filtering instead of nearest neighbor
          • Template:Nbt/sprite  location: The resource location of the texture. my_namespace:post_texture resolves to assets/my_namespace/textures/effect/post_texture.png
          • Template:Nbt/sprite  width: The width of the texture in pixels
          • Template:Nbt/sprite  height: The height of the texture in pixels
      • Template:Nbt/sprite  output: The target to output to. Can either be a custom target as specified in targets above or minecraft:main. Note: you cannot read and write to the same target in the same pass
      • Template:Nbt/sprite  uniforms: An object of uniform blocks to pass to the vertex and fragment shaders. For example, uniforms: { "UniformBlockName": [ { "type": "vec2", "value": [...] } ] }
        • Template:Nbt/sprite  uniform block: The key is what this uniform block will be called when referenced in a shader
          • Template:Nbt/sprite  uniform definition
            • Template:Nbt/sprite  name: The name of the uniform. This is unused by the game, however it is recommended to set it for organizational purposes
            • Template:Nbt/sprite  type: The type of the uniform, can be any of: int, float, ivec3, vec2, vec3, vec4, and matrix4x4
            • Template:Nbt/spriteTemplate:Nbt/spriteTemplate:Nbt/sprite  value: Uniform values. The amount and format of this depends on what the type field is set to
              • int requires a single int
              • float requires a single float
              • ivec3 requires list of 3 ints
              • vec2 requires list of 2 floats
              • vec3 requires list of 3 floats
              • vec4 requires list of 4 floats
              • matrix4x4 requires 16 floats

List of post-processing effects

There are currently six post-processing effects used in the game:

Name	Used for	Sample images
blur	Used for the blur effect in the background of most menus in-game and on the title screen. This post effect is not used when the "Menu Background Blur" accessibility setting is set to 0.	File:Post effect blur.png File:Post effect blur ingame.png
creeper	Adds a green filter over the screen and give the appearance of a reduced resolution. Used when spectating a creeper.	File:Post effect creeper.png
entity_outline	Applies a blur over a solid color silhouette of an entity. Used when an entity with the glowing effect is on-screen.	File:Post effect entity outline.png Left side is the "minecraft:entity_outline" target before the post effect is applied, right side is the final image with the post effect applied
invert	Inverts the colours of the screen. Used when spectating an Minecraft:enderman.	File:Post effect invert.png
spider	Renders a blurred version of the screen with 5 additional copies overlapped on top with blurred edges. Used when spectating a spider.	File:Post effect spider.png
transparency	Combines multiple passes (targets) of different objects in the world, resulting in slightly better translucency blending compared to "Fast" or "Fancy" graphics. Used when the graphics mode is set to "Fabulous!".	File:Post effect transparency main.png "minecraft:main" target File:Post effect Transparency translucent.png "minecraft:translucent" target File:Post effect transparency item entity.png "minecraft:item_entity" target File:Post effect transparency particles.png "minecraft:particles" target File:Post effect transparency clouds.png "minecraft:clouds" target File:Post effect transparency weather.png "minecraft:weather" target File:Post effect transparency.png Final image

Render process

General game rendering

Each frame is rendered in the following order​<more information needed></more information needed>

• The world, including entities, blocks, the sky, items, etc is rendered (by core shaders)
• Any Post effects are applied as necessary
• The GUI and HUD elements are rendered (by core shaders)

GUI item and entity rendering

When the game draws an item or entity in a GUI the following process occurs:

• The item or entity is pre-rendered to an internal texture. For items, this may be an atlas of all currently visible items ("GUI items atlas") or a single texture for that item. This depends on if the oversized_in_gui field is set to true or false in the items model definition. For entities, each one always has a unique texture that it gets rendered to
• For each item or entity, a quad is drawn to the screen which samples from either the GUI items atlas or individual texture for the corresponding item or entity

The game can skip rendering an item when neccesary and will use whatever was drawn on the previous frame. An item is only re-rendered if one of the following conditions is met:

• The item has an animated texture somewhere on its model
• The item has an enchantment glint
• The GUI items atlas fills up, in this case it is cleared and all currently visible GUI items are redrawn
• The GUI scale is changed, in this case the GUI items atlas is cleared and all currently visible GUI items are redrawn
• The item data is changed in a way that would cause a visual update. This includes but is not limited to: changing the item_model, custom_model_data, or profile data components

Vanilla uniform blocks

Uniforms blocks use the std140 layout. All uniforms must be specified and in the correct order and with the correct type, otherwise weird and undefined behavior will occur. For convenience, some uniform blocks are pre-defined in include shaders, see the include shaders section for more information.

Some shaders may not use all uniforms in a given uniform block, in this case the unused uniforms will have a 'default' value. For example, while the rendertype_lines core shader will have the proper value for the LineWidth uniform, other shaders will have a "default value" for which will likely not be useful.

Common blocks

The following uniform blocks are available in both post-processing and core shaders.

Globals

This uniform block is always bound and has proper values in all shaders. ‌{{ #vardefine: $version | je 26.2 }}{{ #vardefine: $version2 | }}in Template:Version link and Template:Version linkTemplate:Upcoming this excludes lightmap, animate_sprite_interpolate and animate_sprite_blit.

• (ivec3) CameraBlockPos Block position of the camera in world-space coordinates.
• (vec3) CameraOffset Fractional position of the camera in world-space coordinates.
• (vec2) ScreenSize The width and height of the current framebuffer in pixels.
• (float) GlintAlpha The value of the Glint Strength accessibility setting in a 0-1 range.
• (float) GameTime A value that constantly increases from 0-1 over the span of roughly 20 minutes, then resets to 0. The exact formula for this is (<age of the world> modulo 24000) / 24000. until Template:Version link this is set to a constant 0 value within animate_sprite_interpolate and animate_sprite_blit.
• (int) MenuBlurRadius The value of the Menu Background Blur accessibility setting in a 0-10 range.
• (int) UseRgss A "boolean" value. Value is 1 if the texture filtering video setting is set to RGSS, otherwise 0.

Core blocks

The following uniform blocks are only available in core shaders.

Fog

This uniform block is always bound, however may not have proper values if used outside shaders which support it.

• (vec4) FogColor Colour of the fog.
• (float) FogEnvironmentalStart Starting distance of environmental fog.
• (float) FogEnvironmentalEnd Ending distance of environmental fog.
• (float) FogRenderDistanceStart Starting distance of render distance fog.
• (float) FogRenderDistanceEnd Ending distance of render distance fog.
• (float) FogSkyEnd Ending distance of fog for the upper portion of the sky.
• (float) FogCloudsEnd Ending distance for clouds fog.

DynamicTransforms

• (mat4) ModelViewMat The model-view matrix.
• (vec4) ColorModulator A color multiplier that can be set in game code to modify the final color of objects.
• (vec3) ModelOffset The offset of the model being rendered.
• (mat4) TextureMat A 4D matrix used to transform UV's for some animated effects, such as the enchantment glint, breeze and wind charge wind, world border, etc.

Lighting

This uniform block is always bound, however may not have proper values if used outside shaders which support it.

• (vec3) Light0_Direction First light direction. Used to calculate directional entity shading.
• (vec3) Light1_Direction Second light direction. Used to calculate directional entity shading.

Projection

This uniform block is always bound, however may not have proper values if used outside shaders which support it.

• (mat4) ProjMat The projection matrix

LightmapInfo

• (float) SkyFactor A value that specifies how much to brighten the lightmap by when the sky flashes, typically when a lightning strike occurs. This value comes from the minecraft:visual/sky_light_factor environment attribute.
• (float) BlockFactor A value that fluctuates randomly, used in the vanilla shader for block light flickering.
• (float) NightVisionFactor A value in a 0-1 range that specifies how much the Night Vision status effect should brighten the lightmap by.
• (float) DarknessScale A value in a 0-1 range that specifies how much the Darkness status effect should darken the lightmap by.
• (float) BossOverlayWorldDarkeningFactor A value that specifies how much to darken the lightmap by when a bossbar is visible. This is seemingly only used in the ender dragon fight ​<more information needed></more information needed>.
• (float) BrightnessFactor The value of the brightness video setting in a 0-1 range.
• (vec3) BlockLightTint The color of block light. This value comes from the minecraft:visual/block_light_tint environment attribute.
• (vec3) SkyLightColor The color of sky light. This value comes from the minecraft:visual/sky_light_color environment attribute.
• (vec3) AmbientColor The ambient light color. This value comes from the minecraft:visual/ambient_light_color environment attribute.
• (vec3) NightVisionColor The color of the Night Vision status effect. This value comes from the minecraft:visual/night_vision_color environment attribute.

CloudInfo

• (vec4) CloudColor The color of the clouds.
• (vec3) CloudOffset Offset of the clouds ​<more information needed></more information needed>.
• (vec3) CellSize Size of each individual cloud ​<more information needed></more information needed>.

ChunkSection

• (mat4) ModelViewMat The model-view matrix.
• (float) ChunkVisibility Value that increments from 0 to 1 once a chunk section has been displayed. The amount of time this takes is dependent on the "Chunk Fade" video setting
• (ivec2) TextureSize ​<more information needed></more information needed>
• (ivec3) ChunkPosition ​<more information needed></more information needed>

SpriteAnimationInfo

• (mat4) ProjectionMatrix The projection matrix
• (mat4) SpriteMatrix ​<more information needed></more information needed>
• (float) UPadding ​<more information needed></more information needed>
• (float) VPadding ​<more information needed></more information needed>
• (int) MipMapLevel ​<more information needed></more information needed>

Post-processing blocks

The following uniform blocks are only available in post-processing shaders.

SamplerInfo

• (vec2) OutSize The width and height of the output buffer in pixels.
• (vec2) All other inputs specified in the same order as the post-effect definition. These are named as <sampler_name>Size, for example, MainSize for an input with a name of "Main"

Bedrock Edition

Since Minecraft:Bedrock Edition 1.18.30, third-party shader in resource packs are no longer supported on all devices due to the implementation of Minecraft:RenderDragon.

Deferred rendering pipeline

The deferred rendering pipeline is an alternative rendering pipeline which can be customized via resource packs and is used in the vanilla game for the Minecraft:Vibrant Visuals graphics mode.

Although it doesn't directly support custom shaders, it offers ways to define properties about light, fog, atmosphere, and PBR texture materials. This can be used to create lighting effects similar to those seen in Java Edition's shader packs.

Gallery

• The creeper vision shader
  The creeper vision shader
• The enderman vision shader
  The enderman vision shader
• The spider vision shader
  The spider vision shader

References

<references group="">

 </references>

External links

• Vanilla Shaders Wiki
• Minecraft Vanilla Shaders Guide
• OpenGL Shading Language on the OpenGL Wiki
• The Book of Shaders
• Learn OpenGL
• Minecraft Post-Processing Shaders Guide
• Bedrock Edition Deferred Rendering Pipeline Documentation

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