filament/io.github.erkko68.filament/Material

Material

actual class Material

Material defines the visual appearance of a surface.

Materials are created from a binary blob generated by the material compiler (matc). A Material is a template from which MaterialInstance objects can be created.

Creating instances: Use createInstance() to spawn an instance from this material. Instances inherit the material's properties but can override parameters (color, texture, etc.) for per-object customization. Always destroy instances with Engine.destroy() before destroying the material.

Material compilation: Use compile() to asynchronously compile specific material variants. This is useful for precompiling variants you know will be used, reducing first-time rendering stalls. After issuing multiple compile() calls, call Engine.flush() so the backend can start compilation work.

Material properties: Material properties are read-only and determined at compile time from the matc-generated blob. These include shading model, blending mode, transparency mode, and other rendering settings. To override parameters per-instance, use MaterialInstance.

expect class Material

Material defines the visual appearance of a surface.

Materials are created from a binary blob generated by the material compiler (matc). A Material is a template from which MaterialInstance objects can be created.

Creating instances: Use createInstance() to spawn an instance from this material. Instances inherit the material's properties but can override parameters (color, texture, etc.) for per-object customization. Always destroy instances with Engine.destroy() before destroying the material.

Material compilation: Use compile() to asynchronously compile specific material variants. This is useful for precompiling variants you know will be used, reducing first-time rendering stalls. After issuing multiple compile() calls, call Engine.flush() so the backend can start compilation work.

Material properties: Material properties are read-only and determined at compile time from the matc-generated blob. These include shading model, blending mode, transparency mode, and other rendering settings. To override parameters per-instance, use MaterialInstance.

actual class Material

Material defines the visual appearance of a surface.

Materials are created from a binary blob generated by the material compiler (matc). A Material is a template from which MaterialInstance objects can be created.

Creating instances: Use createInstance() to spawn an instance from this material. Instances inherit the material's properties but can override parameters (color, texture, etc.) for per-object customization. Always destroy instances with Engine.destroy() before destroying the material.

Material compilation: Use compile() to asynchronously compile specific material variants. This is useful for precompiling variants you know will be used, reducing first-time rendering stalls. After issuing multiple compile() calls, call Engine.flush() so the backend can start compilation work.

Material properties: Material properties are read-only and determined at compile time from the matc-generated blob. These include shading model, blending mode, transparency mode, and other rendering settings. To override parameters per-instance, use MaterialInstance.

actual class Material

Material defines the visual appearance of a surface.

Materials are created from a binary blob generated by the material compiler (matc). A Material is a template from which MaterialInstance objects can be created.

Creating instances: Use createInstance() to spawn an instance from this material. Instances inherit the material's properties but can override parameters (color, texture, etc.) for per-object customization. Always destroy instances with Engine.destroy() before destroying the material.

Material compilation: Use compile() to asynchronously compile specific material variants. This is useful for precompiling variants you know will be used, reducing first-time rendering stalls. After issuing multiple compile() calls, call Engine.flush() so the backend can start compilation work.

Material properties: Material properties are read-only and determined at compile time from the matc-generated blob. These include shading model, blending mode, transparency mode, and other rendering settings. To override parameters per-instance, use MaterialInstance.

actual class Material

Material defines the visual appearance of a surface.

Materials are created from a binary blob generated by the material compiler (matc). A Material is a template from which MaterialInstance objects can be created.

Creating instances: Use createInstance() to spawn an instance from this material. Instances inherit the material's properties but can override parameters (color, texture, etc.) for per-object customization. Always destroy instances with Engine.destroy() before destroying the material.

Material compilation: Use compile() to asynchronously compile specific material variants. This is useful for precompiling variants you know will be used, reducing first-time rendering stalls. After issuing multiple compile() calls, call Engine.flush() so the backend can start compilation work.

Material properties: Material properties are read-only and determined at compile time from the matc-generated blob. These include shading model, blending mode, transparency mode, and other rendering settings. To override parameters per-instance, use MaterialInstance.

Constructors

Link copied to clipboard
constructor(nativeMaterial: Material)
constructor(jsMaterial: Material)
constructor(nativeHandle: MemorySegment?)
constructor(nativeHandle: CPointer<FilaMaterial>?)

Types

Link copied to clipboard
actual enum BlendingMode : Enum<Material.BlendingMode>

Blending mode determines how a material's color is combined with the background.

expect enum BlendingMode : Enum<Material.BlendingMode>

Blending mode determines how a material's color is combined with the background.

actual enum BlendingMode : Enum<Material.BlendingMode>

Blending mode determines how a material's color is combined with the background.

actual enum BlendingMode : Enum<Material.BlendingMode>

Blending mode determines how a material's color is combined with the background.

actual enum BlendingMode : Enum<Material.BlendingMode>

Blending mode determines how a material's color is combined with the background.

Link copied to clipboard
actual class Builder

Builder for creating Material objects from compiled material packages.

expect class Builder

Builder for creating Material objects from compiled material packages.

actual class Builder

Builder for creating Material objects from compiled material packages.

actual class Builder

Builder for creating Material objects from compiled material packages.

actual class Builder

Builder for creating Material objects from compiled material packages.

Link copied to clipboard
actual enum CompilerPriorityQueue : Enum<Material.CompilerPriorityQueue>

Priority queue for asynchronous material compilation.

expect enum CompilerPriorityQueue : Enum<Material.CompilerPriorityQueue>

Priority queue for asynchronous material compilation.

actual enum CompilerPriorityQueue : Enum<Material.CompilerPriorityQueue>

Priority queue for asynchronous material compilation.

actual enum CompilerPriorityQueue : Enum<Material.CompilerPriorityQueue>

Priority queue for asynchronous material compilation.

actual enum CompilerPriorityQueue : Enum<Material.CompilerPriorityQueue>

Priority queue for asynchronous material compilation.

Link copied to clipboard
actual enum CullingMode : Enum<Material.CullingMode>

Culling mode determines which faces are rendered.

expect enum CullingMode : Enum<Material.CullingMode>

Culling mode determines which faces are rendered.

actual enum CullingMode : Enum<Material.CullingMode>

Culling mode determines which faces are rendered.

actual enum CullingMode : Enum<Material.CullingMode>

Culling mode determines which faces are rendered.

actual enum CullingMode : Enum<Material.CullingMode>

Culling mode determines which faces are rendered.

Link copied to clipboard
actual enum Interpolation : Enum<Material.Interpolation>

Attribute interpolation type in the fragment shader.

expect enum Interpolation : Enum<Material.Interpolation>

Attribute interpolation type in the fragment shader.

actual enum Interpolation : Enum<Material.Interpolation>

Attribute interpolation type in the fragment shader.

actual enum Interpolation : Enum<Material.Interpolation>

Attribute interpolation type in the fragment shader.

actual enum Interpolation : Enum<Material.Interpolation>

Attribute interpolation type in the fragment shader.

Link copied to clipboard
actual class Parameter(val name: String, val type: Material.Parameter.Type, val precision: Material.Parameter.Precision, val count: Int)

Holds metadata about a material parameter.

expect class Parameter(name: String, type: Material.Parameter.Type, precision: Material.Parameter.Precision, count: Int)

Holds metadata about a material parameter.

actual class Parameter(val name: String, val type: Material.Parameter.Type, val precision: Material.Parameter.Precision, val count: Int)

Holds metadata about a material parameter.

actual class Parameter(val name: String, val type: Material.Parameter.Type, val precision: Material.Parameter.Precision, val count: Int)

Holds metadata about a material parameter.

actual class Parameter(val name: String, val type: Material.Parameter.Type, val precision: Material.Parameter.Precision, val count: Int)

Holds metadata about a material parameter.

Link copied to clipboard
actual enum ReflectionMode : Enum<Material.ReflectionMode>

Reflection rendering mode.

expect enum ReflectionMode : Enum<Material.ReflectionMode>

Reflection rendering mode.

actual enum ReflectionMode : Enum<Material.ReflectionMode>

Reflection rendering mode.

actual enum ReflectionMode : Enum<Material.ReflectionMode>

Reflection rendering mode.

actual enum ReflectionMode : Enum<Material.ReflectionMode>

Reflection rendering mode.

Link copied to clipboard
actual enum RefractionMode : Enum<Material.RefractionMode>

Refraction rendering mode.

expect enum RefractionMode : Enum<Material.RefractionMode>

Refraction rendering mode.

actual enum RefractionMode : Enum<Material.RefractionMode>

Refraction rendering mode.

actual enum RefractionMode : Enum<Material.RefractionMode>

Refraction rendering mode.

actual enum RefractionMode : Enum<Material.RefractionMode>

Refraction rendering mode.

Link copied to clipboard
actual enum RefractionType : Enum<Material.RefractionType>

Type of refracted surface.

expect enum RefractionType : Enum<Material.RefractionType>

Type of refracted surface.

actual enum RefractionType : Enum<Material.RefractionType>

Type of refracted surface.

actual enum RefractionType : Enum<Material.RefractionType>

Type of refracted surface.

actual enum RefractionType : Enum<Material.RefractionType>

Type of refracted surface.

Link copied to clipboard
actual enum Shading : Enum<Material.Shading>

Shading model determines how light interacts with the material surface.

expect enum Shading : Enum<Material.Shading>

Shading model determines how light interacts with the material surface.

actual enum Shading : Enum<Material.Shading>

Shading model determines how light interacts with the material surface.

actual enum Shading : Enum<Material.Shading>

Shading model determines how light interacts with the material surface.

actual enum Shading : Enum<Material.Shading>

Shading model determines how light interacts with the material surface.

Link copied to clipboard
actual enum TransparencyMode : Enum<Material.TransparencyMode>

How transparent objects are rendered.

expect enum TransparencyMode : Enum<Material.TransparencyMode>

How transparent objects are rendered.

actual enum TransparencyMode : Enum<Material.TransparencyMode>

How transparent objects are rendered.

actual enum TransparencyMode : Enum<Material.TransparencyMode>

How transparent objects are rendered.

actual enum TransparencyMode : Enum<Material.TransparencyMode>

How transparent objects are rendered.

Link copied to clipboard
actual enum UboBatchingMode : Enum<Material.UboBatchingMode>

UBO batching mode controls whether material instances share uniform buffers.

expect enum UboBatchingMode : Enum<Material.UboBatchingMode>

UBO batching mode controls whether material instances share uniform buffers.

actual enum UboBatchingMode : Enum<Material.UboBatchingMode>

UBO batching mode controls whether material instances share uniform buffers.

actual enum UboBatchingMode : Enum<Material.UboBatchingMode>

UBO batching mode controls whether material instances share uniform buffers.

actual enum UboBatchingMode : Enum<Material.UboBatchingMode>

UBO batching mode controls whether material instances share uniform buffers.

Link copied to clipboard
actual class UserVariantFilterBit

User variant filter bits for material compilation.

expect class UserVariantFilterBit

User variant filter bits for material compilation.

actual class UserVariantFilterBit

User variant filter bits for material compilation.

actual class UserVariantFilterBit

User variant filter bits for material compilation.

actual class UserVariantFilterBit

User variant filter bits for material compilation.

Link copied to clipboard
actual enum VertexDomain : Enum<Material.VertexDomain>

Vertex domain specifies which coordinate space vertices are defined in.

expect enum VertexDomain : Enum<Material.VertexDomain>

Vertex domain specifies which coordinate space vertices are defined in.

actual enum VertexDomain : Enum<Material.VertexDomain>

Vertex domain specifies which coordinate space vertices are defined in.

actual enum VertexDomain : Enum<Material.VertexDomain>

Vertex domain specifies which coordinate space vertices are defined in.

actual enum VertexDomain : Enum<Material.VertexDomain>

Vertex domain specifies which coordinate space vertices are defined in.

Functions

Link copied to clipboard
actual fun compile(priority: Material.CompilerPriorityQueue, variants: Int, callback: () -> Unit?)

Asynchronously compile a subset of this Material's variants.

expect fun compile(priority: Material.CompilerPriorityQueue, variants: Int, callback: () -> Unit? = null)

Asynchronously compile a subset of this Material's variants.

actual fun compile(priority: Material.CompilerPriorityQueue, variants: Int, callback: () -> Unit?)

Asynchronously compile a subset of this Material's variants.

actual fun compile(priority: Material.CompilerPriorityQueue, variants: Int, callback: () -> Unit?)

Asynchronously compile a subset of this Material's variants.

actual fun compile(priority: Material.CompilerPriorityQueue, variants: Int, callback: () -> Unit?)

Asynchronously compile a subset of this Material's variants.

Link copied to clipboard
actual fun createInstance(): MaterialInstance

Create a new MaterialInstance from this material.

actual fun createInstance(name: String): MaterialInstance

Create a new MaterialInstance with an optional debug name.

expect fun createInstance(): MaterialInstance

Create a new MaterialInstance from this material.

expect fun createInstance(name: String): MaterialInstance

Create a new MaterialInstance with an optional debug name.

actual fun createInstance(): MaterialInstance

Create a new MaterialInstance from this material.

actual fun createInstance(name: String): MaterialInstance

Create a new MaterialInstance with an optional debug name.

actual fun createInstance(): MaterialInstance

Create a new MaterialInstance from this material.

actual fun createInstance(name: String): MaterialInstance

Create a new MaterialInstance with an optional debug name.

actual fun createInstance(): MaterialInstance

Create a new MaterialInstance from this material.

actual fun createInstance(name: String): MaterialInstance

Create a new MaterialInstance with an optional debug name.

Link copied to clipboard
actual fun getBlendingMode(): Material.BlendingMode

Get the blending mode.

expect fun getBlendingMode(): Material.BlendingMode

Get the blending mode.

actual fun getBlendingMode(): Material.BlendingMode

Get the blending mode.

actual fun getBlendingMode(): Material.BlendingMode

Get the blending mode.

actual fun getBlendingMode(): Material.BlendingMode

Get the blending mode.

Link copied to clipboard
actual fun getCullingMode(): Material.CullingMode

Get the face culling mode.

expect fun getCullingMode(): Material.CullingMode

Get the face culling mode.

actual fun getCullingMode(): Material.CullingMode

Get the face culling mode.

actual fun getCullingMode(): Material.CullingMode

Get the face culling mode.

actual fun getCullingMode(): Material.CullingMode

Get the face culling mode.

Link copied to clipboard
actual fun getDefaultInstance(): MaterialInstance

Get this material's default instance.

expect fun getDefaultInstance(): MaterialInstance

Get this material's default instance.

actual fun getDefaultInstance(): MaterialInstance

Get this material's default instance.

actual fun getDefaultInstance(): MaterialInstance

Get this material's default instance.

actual fun getDefaultInstance(): MaterialInstance

Get this material's default instance.

Link copied to clipboard
actual fun getFeatureLevel(): Engine.FeatureLevel

Get the minimum required feature level for this material.

expect fun getFeatureLevel(): Engine.FeatureLevel

Get the minimum required feature level for this material.

actual fun getFeatureLevel(): Engine.FeatureLevel

Get the minimum required feature level for this material.

actual fun getFeatureLevel(): Engine.FeatureLevel

Get the minimum required feature level for this material.

actual fun getFeatureLevel(): Engine.FeatureLevel

Get the minimum required feature level for this material.

Link copied to clipboard
actual fun getInterpolation(): Material.Interpolation

Get the vertex attribute interpolation mode.

expect fun getInterpolation(): Material.Interpolation

Get the vertex attribute interpolation mode.

actual fun getInterpolation(): Material.Interpolation

Get the vertex attribute interpolation mode.

actual fun getInterpolation(): Material.Interpolation

Get the vertex attribute interpolation mode.

actual fun getInterpolation(): Material.Interpolation

Get the vertex attribute interpolation mode.

Link copied to clipboard
actual fun getMaskThreshold(): Float

Get the alpha threshold for MASKED blending mode.

expect fun getMaskThreshold(): Float

Get the alpha threshold for MASKED blending mode.

actual fun getMaskThreshold(): Float

Get the alpha threshold for MASKED blending mode.

actual fun getMaskThreshold(): Float

Get the alpha threshold for MASKED blending mode.

actual fun getMaskThreshold(): Float

Get the alpha threshold for MASKED blending mode.

Link copied to clipboard
actual fun getName(): String

Get the name of this material.

expect fun getName(): String

Get the name of this material.

actual fun getName(): String

Get the name of this material.

actual fun getName(): String

Get the name of this material.

actual fun getName(): String

Get the name of this material.

Link copied to clipboard
actual fun getParameterCount(): Int

Get the number of parameters declared by this material.

expect fun getParameterCount(): Int

Get the number of parameters declared by this material.

actual fun getParameterCount(): Int

Get the number of parameters declared by this material.

actual fun getParameterCount(): Int

Get the number of parameters declared by this material.

actual fun getParameterCount(): Int

Get the number of parameters declared by this material.

Link copied to clipboard
actual fun getParameters(): List<Material.Parameter>

Get metadata about all parameters declared by this material.

expect fun getParameters(): List<Material.Parameter>

Get metadata about all parameters declared by this material.

actual fun getParameters(): List<Material.Parameter>

Get metadata about all parameters declared by this material.

actual fun getParameters(): List<Material.Parameter>

Get metadata about all parameters declared by this material.

actual fun getParameters(): List<Material.Parameter>

Get metadata about all parameters declared by this material.

Link copied to clipboard
actual fun getParameterTransformName(samplerName: String): String?

Get the transform parameter name associated with a sampler.

expect fun getParameterTransformName(samplerName: String): String?

Get the transform parameter name associated with a sampler.

actual fun getParameterTransformName(samplerName: String): String?

Get the transform parameter name associated with a sampler.

actual fun getParameterTransformName(samplerName: String): String?

Get the transform parameter name associated with a sampler.

actual fun getParameterTransformName(samplerName: String): String?

Get the transform parameter name associated with a sampler.

Link copied to clipboard
actual fun getReflectionMode(): Material.ReflectionMode

Get the reflection mode.

expect fun getReflectionMode(): Material.ReflectionMode

Get the reflection mode.

actual fun getReflectionMode(): Material.ReflectionMode

Get the reflection mode.

actual fun getReflectionMode(): Material.ReflectionMode

Get the reflection mode.

actual fun getReflectionMode(): Material.ReflectionMode

Get the reflection mode.

Link copied to clipboard
actual fun getRefractionMode(): Material.RefractionMode

Get the refraction mode.

expect fun getRefractionMode(): Material.RefractionMode

Get the refraction mode.

actual fun getRefractionMode(): Material.RefractionMode

Get the refraction mode.

actual fun getRefractionMode(): Material.RefractionMode

Get the refraction mode.

actual fun getRefractionMode(): Material.RefractionMode

Get the refraction mode.

Link copied to clipboard
actual fun getRefractionType(): Material.RefractionType

Get the refraction surface type.

expect fun getRefractionType(): Material.RefractionType

Get the refraction surface type.

actual fun getRefractionType(): Material.RefractionType

Get the refraction surface type.

actual fun getRefractionType(): Material.RefractionType

Get the refraction surface type.

actual fun getRefractionType(): Material.RefractionType

Get the refraction surface type.

Link copied to clipboard
actual fun getRequiredAttributes(): Set<VertexBuffer.VertexAttribute>

Get the set of vertex attributes required by this material.

expect fun getRequiredAttributes(): Set<VertexBuffer.VertexAttribute>

Get the set of vertex attributes required by this material.

actual fun getRequiredAttributes(): Set<VertexBuffer.VertexAttribute>

Get the set of vertex attributes required by this material.

actual fun getRequiredAttributes(): Set<VertexBuffer.VertexAttribute>

Get the set of vertex attributes required by this material.

actual fun getRequiredAttributes(): Set<VertexBuffer.VertexAttribute>

Get the set of vertex attributes required by this material.

Link copied to clipboard
actual fun getShading(): Material.Shading

Get the shading model.

expect fun getShading(): Material.Shading

Get the shading model.

actual fun getShading(): Material.Shading

Get the shading model.

actual fun getShading(): Material.Shading

Get the shading model.

actual fun getShading(): Material.Shading

Get the shading model.

Link copied to clipboard
actual fun getSpecularAntiAliasingThreshold(): Float

Get the specular anti-aliasing threshold.

expect fun getSpecularAntiAliasingThreshold(): Float

Get the specular anti-aliasing threshold.

actual fun getSpecularAntiAliasingThreshold(): Float

Get the specular anti-aliasing threshold.

actual fun getSpecularAntiAliasingThreshold(): Float

Get the specular anti-aliasing threshold.

actual fun getSpecularAntiAliasingThreshold(): Float

Get the specular anti-aliasing threshold.

Link copied to clipboard
actual fun getSpecularAntiAliasingVariance(): Float

Get the specular anti-aliasing variance.

expect fun getSpecularAntiAliasingVariance(): Float

Get the specular anti-aliasing variance.

actual fun getSpecularAntiAliasingVariance(): Float

Get the specular anti-aliasing variance.

actual fun getSpecularAntiAliasingVariance(): Float

Get the specular anti-aliasing variance.

actual fun getSpecularAntiAliasingVariance(): Float

Get the specular anti-aliasing variance.

Link copied to clipboard
actual fun getTransparencyMode(): Material.TransparencyMode

Get the transparency rendering mode (only relevant for TRANSPARENT/FADE blending).

expect fun getTransparencyMode(): Material.TransparencyMode

Get the transparency rendering mode (only relevant for TRANSPARENT/FADE blending).

actual fun getTransparencyMode(): Material.TransparencyMode

Get the transparency rendering mode (only relevant for TRANSPARENT/FADE blending).

actual fun getTransparencyMode(): Material.TransparencyMode

Get the transparency rendering mode (only relevant for TRANSPARENT/FADE blending).

actual fun getTransparencyMode(): Material.TransparencyMode

Get the transparency rendering mode (only relevant for TRANSPARENT/FADE blending).

Link copied to clipboard
actual fun getVertexDomain(): Material.VertexDomain

Get the vertex coordinate space domain.

expect fun getVertexDomain(): Material.VertexDomain

Get the vertex coordinate space domain.

actual fun getVertexDomain(): Material.VertexDomain

Get the vertex coordinate space domain.

actual fun getVertexDomain(): Material.VertexDomain

Get the vertex coordinate space domain.

actual fun getVertexDomain(): Material.VertexDomain

Get the vertex coordinate space domain.

Link copied to clipboard
actual fun hasParameter(name: String): Boolean

Check whether a parameter with the given name exists.

expect fun hasParameter(name: String): Boolean

Check whether a parameter with the given name exists.

actual fun hasParameter(name: String): Boolean

Check whether a parameter with the given name exists.

actual fun hasParameter(name: String): Boolean

Check whether a parameter with the given name exists.

actual fun hasParameter(name: String): Boolean

Check whether a parameter with the given name exists.

Link copied to clipboard
actual fun isAlphaToCoverageEnabled(): Boolean

Check if alpha-to-coverage is enabled.

expect fun isAlphaToCoverageEnabled(): Boolean

Check if alpha-to-coverage is enabled.

actual fun isAlphaToCoverageEnabled(): Boolean

Check if alpha-to-coverage is enabled.

actual fun isAlphaToCoverageEnabled(): Boolean

Check if alpha-to-coverage is enabled.

actual fun isAlphaToCoverageEnabled(): Boolean

Check if alpha-to-coverage is enabled.

Link copied to clipboard
actual fun isColorWriteEnabled(): Boolean

Check if color writes are enabled. Default is true.

expect fun isColorWriteEnabled(): Boolean

Check if color writes are enabled. Default is true.

actual fun isColorWriteEnabled(): Boolean

Check if color writes are enabled. Default is true.

actual fun isColorWriteEnabled(): Boolean

Check if color writes are enabled. Default is true.

actual fun isColorWriteEnabled(): Boolean

Check if color writes are enabled. Default is true.

Link copied to clipboard
actual fun isDepthCullingEnabled(): Boolean

Check if depth testing is enabled. Default is true.

expect fun isDepthCullingEnabled(): Boolean

Check if depth testing is enabled. Default is true.

actual fun isDepthCullingEnabled(): Boolean

Check if depth testing is enabled. Default is true.

actual fun isDepthCullingEnabled(): Boolean

Check if depth testing is enabled. Default is true.

actual fun isDepthCullingEnabled(): Boolean

Check if depth testing is enabled. Default is true.

Link copied to clipboard
actual fun isDepthWriteEnabled(): Boolean

Check if depth writes are enabled. Default is true.

expect fun isDepthWriteEnabled(): Boolean

Check if depth writes are enabled. Default is true.

actual fun isDepthWriteEnabled(): Boolean

Check if depth writes are enabled. Default is true.

actual fun isDepthWriteEnabled(): Boolean

Check if depth writes are enabled. Default is true.

actual fun isDepthWriteEnabled(): Boolean

Check if depth writes are enabled. Default is true.

Link copied to clipboard
actual fun isDoubleSided(): Boolean

Check if this material renders both front and back faces (double-sided). Default is false (back culling).

expect fun isDoubleSided(): Boolean

Check if this material renders both front and back faces (double-sided). Default is false (back culling).

actual fun isDoubleSided(): Boolean

Check if this material renders both front and back faces (double-sided). Default is false (back culling).

actual fun isDoubleSided(): Boolean

Check if this material renders both front and back faces (double-sided). Default is false (back culling).

actual fun isDoubleSided(): Boolean

Check if this material renders both front and back faces (double-sided). Default is false (back culling).

Link copied to clipboard
actual fun setDefaultParameter(name: String, value: Boolean)

Set a boolean parameter on this material's default instance.

actual fun setDefaultParameter(name: String, value: Float)

Set a float parameter on this material's default instance.

actual fun setDefaultParameter(name: String, value: Int)

Set an integer parameter on this material's default instance.

actual fun setDefaultParameter(name: String, x: Float, y: Float)

Set a 2D vector parameter on this material's default instance.

actual fun setDefaultParameter(name: String, x: Float, y: Float, z: Float)

Set a 3D vector parameter on this material's default instance.

actual fun setDefaultParameter(name: String, x: Float, y: Float, z: Float, w: Float)

Set a 4D vector parameter on this material's default instance.

expect fun setDefaultParameter(name: String, value: Boolean)

Set a boolean parameter on this material's default instance.

expect fun setDefaultParameter(name: String, value: Float)

Set a float parameter on this material's default instance.

expect fun setDefaultParameter(name: String, value: Int)

Set an integer parameter on this material's default instance.

expect fun setDefaultParameter(name: String, x: Float, y: Float)

Set a 2D vector parameter on this material's default instance.

expect fun setDefaultParameter(name: String, x: Float, y: Float, z: Float)

Set a 3D vector parameter on this material's default instance.

expect fun setDefaultParameter(name: String, x: Float, y: Float, z: Float, w: Float)

Set a 4D vector parameter on this material's default instance.

actual fun setDefaultParameter(name: String, value: Boolean)

Set a boolean parameter on this material's default instance.

actual fun setDefaultParameter(name: String, value: Float)

Set a float parameter on this material's default instance.

actual fun setDefaultParameter(name: String, value: Int)

Set an integer parameter on this material's default instance.

actual fun setDefaultParameter(name: String, x: Float, y: Float)

Set a 2D vector parameter on this material's default instance.

actual fun setDefaultParameter(name: String, x: Float, y: Float, z: Float)

Set a 3D vector parameter on this material's default instance.

actual fun setDefaultParameter(name: String, x: Float, y: Float, z: Float, w: Float)

Set a 4D vector parameter on this material's default instance.

actual fun setDefaultParameter(name: String, value: Boolean)

Set a boolean parameter on this material's default instance.

actual fun setDefaultParameter(name: String, value: Float)

Set a float parameter on this material's default instance.

actual fun setDefaultParameter(name: String, value: Int)

Set an integer parameter on this material's default instance.

actual fun setDefaultParameter(name: String, x: Float, y: Float)

Set a 2D vector parameter on this material's default instance.

actual fun setDefaultParameter(name: String, x: Float, y: Float, z: Float)

Set a 3D vector parameter on this material's default instance.

actual fun setDefaultParameter(name: String, x: Float, y: Float, z: Float, w: Float)

Set a 4D vector parameter on this material's default instance.

actual fun setDefaultParameter(name: String, value: Boolean)

Set a boolean parameter on this material's default instance.

actual fun setDefaultParameter(name: String, value: Float)

Set a float parameter on this material's default instance.

actual fun setDefaultParameter(name: String, value: Int)

Set an integer parameter on this material's default instance.

actual fun setDefaultParameter(name: String, x: Float, y: Float)

Set a 2D vector parameter on this material's default instance.

actual fun setDefaultParameter(name: String, x: Float, y: Float, z: Float)

Set a 3D vector parameter on this material's default instance.

actual fun setDefaultParameter(name: String, x: Float, y: Float, z: Float, w: Float)

Set a 4D vector parameter on this material's default instance.

Generated by Dokka
© 2026 Copyright