Creates a new instance of ShadowMapDecodeClassicMaterialContent. This constructor initializes the shadow mapping material with comprehensive configuration options for various rendering features and sets up the necessary shader semantics for shadow decoding.
The engine instance
The unique name identifier for this material
Configuration object containing rendering feature flags and settings
Index of the color attachment containing encoded depth data
Enables debug visualization showing areas outside depth map coverage
Enables lighting calculations (when false, shows original colors except in shadows)
Enables morphing/blend shape animation support
Enables skeletal animation support
The render pass containing depth information from DepthEncodeMaterialContent
Protected__Protected__Protected__Protected Optional_The engine instance this material content is associated with
Collection of tags associated with this object
Protected Static__Protected Static__StaticAllowableShader semantic for defining the allowable depth error tolerance in shadow calculations
StaticcurrentCurrent maximum object count for UID generation
StaticDebugShader semantic for the debug color factor used in debugging mode
StaticDepthShader semantic for the depth texture containing encoded depth information
Static ReadonlyInvalidInvalid object UID constant
StaticIsShader semantic indicating whether the light source is a point light
StaticmaterialStaticNonShader semantic for controlling the alpha value in non-shadowed regions
StaticShadowShader semantic for controlling the alpha value in shadowed regions
StaticShadowShader semantic for controlling the color factor applied to shadowed areas
StaticzShader semantic for the far clipping plane distance of the inner camera
StaticzShader semantic for the near clipping plane distance of the inner camera
Gets the shader semantics information array for this material.
Array of shader semantics information
Checks if this material supports lighting calculations.
True if lighting is enabled
Checks if this material supports morph target animation.
True if morphing is enabled
Checks if this material supports skeletal animation.
True if skinning is enabled
Gets the unique object identifier
The object's UID
Gets the pixel shader object associated with this material.
The pixel shader object or undefined if not set
Gets the unique name of this object
The unique name string
Gets the vertex shader object associated with this material.
The vertex shader object or undefined if not set
InternalCopies tag data from another RnObject instance to this object
The source RnObject to copy tags from
InternalSets internal shader parameters specific to this material on a per-material basis. This method handles the configuration of shadow mapping parameters, camera settings, and various rendering components such as skinning, lighting, and morphing. It optimizes performance by caching frequently used values and only updating them when necessary.
Configuration object containing all necessary rendering parameters
WebGL-specific rendering arguments containing render state and components
This method is called internally during the rendering pipeline
The material instance being configured
The WebGL shader program to configure
Sets internal setting parameters to GPU for WebGL per primitive. This method should be overridden by derived classes to provide specific parameter handling.
Sets internal setting parameters to GPU for WebGL per shader program. This method should be overridden by derived classes to provide specific parameter handling.
Sets internal setting parameters to GPU for WebGPU. This method should be overridden by derived classes to provide specific parameter handling.
ProtecteddoPerforms shader reflection to extract semantics information from vertex and pixel shaders.
The vertex shader object for WebGL
The pixel shader object for WebGL
The vertex shader object for WebGPU
The pixel shader object for WebGPU
Array of shader definitions
Array of shader semantics information
Gets the base material name (e.g., "PbrUber", "ClassicUber"). Double trailing underscores are removed for cleaner display.
The base material name string
Gets the shader definition string for this material. This method should be overridden by derived classes to provide specific definitions.
Empty string by default
Gets the shader definitions string for this material.
The definitions string
Gets the material semantics variant name for this material. This is the full identifier combining material name and variation identifier.
The unique variant name string
Gets the material variation identifier (without the base material name). This represents only the parameter variation part of the material type.
The variation identifier string
Retrieves a complete tag object (name and value) for the specified tag name
The name of the tag to retrieve
A Tag object containing the name and value
Retrieves the value associated with a specific tag name
The name of the tag whose value to retrieve
The tag value, or undefined if the tag doesn't exist
Checks whether this object has a tag with the specified name
The name of the tag to check for
True if the tag exists (value is not null/undefined), false otherwise
Generates a unique variant name for this material based on its shader semantics. This name is used to differentiate materials with different semantic configurations.
Checks if this object has a tag with the specified name and value
The tag name to match
The tag value to match
True if the object has a matching tag, false otherwise
Checks if this object has all the specified tags with exactly matching values
Object containing tag names as keys and expected values
True if all specified tags exist with matching values, false otherwise
Checks if the object's combined tag string contains all the provided search strings. This allows for flexible searching within tag names and values.
Array of strings that must all be present in the combined tag string
True if all strings are found in the combined tag string, false otherwise
Removes a tag from this object
The name of the tag to remove
ProtectedsetSets the billboard flag uniform in the shader.
The WebGL shader program
Whether the object should be rendered as a billboard
ProtectedsetSets the visibility flag uniform in the shader.
The WebGL shader program
Whether the object should be rendered
ProtectedsetSets lighting information uniforms in the shader.
The WebGL shader program
Array of light components
Whether to set uniform values
Sets morph target animation uniforms in the shader.
The WebGL shader program
The primitive containing morph targets
Optional_blendShapeComponent: BlendShapeComponentProtectedsetSets the normal transformation matrix uniform in the shader.
The WebGL shader program
The normal transformation matrix
ProtectedsetSets the pixel shader object for this material.
OptionalpixelShaderityObject: ShaderityObjectThe pixel shader object to set
Optionalengine: EngineOptional engine instance (uses this._engine if not provided)
Sets the projection matrix uniform in the shader.
The WebGL shader program
The camera component
Whether rendering in VR mode
The display index for VR rendering
Sets the shader semantics information array for this material.
Array of shader semantics information to set
ProtectedsetSets skeletal animation uniforms in the shader.
The WebGL shader program
Whether to set uniform values
OptionalskeletalComponent: SkeletalComponentThe skeletal component containing bone data
ProtectedsetupSets up basic rendering information including matrices, camera, and lighting.
WebGL rendering arguments
The WebGL shader program
Whether this is the first time setup
The material instance
The camera component class
ProtectedsetSets the vertex shader object for this material.
OptionalvertexShaderityObject: ShaderityObjectThe vertex shader object to set
Optionalengine: EngineOptional engine instance (uses this._engine if not provided)
Sets view-related uniforms including view matrix and camera position.
The WebGL shader program
The camera component
Whether rendering in VR mode
The display index for VR rendering
ProtectedsetSets the world transformation matrix uniform in the shader.
The WebGL shader program
The world transformation matrix
Attempts to set a tag on this object. If the tag already exists, it will be replaced.
The tag object containing the name and value to set
True if the tag was successfully set, false if the tag name contains invalid characters
Attempts to set a unique name for this object
The desired unique name
If true, appends UID to make name unique when conflicts occur; if false, fails on conflict
True if the name was successfully set, false if there was a conflict and toAddNameIfConflict was false
Unregisters this object from all tracking collections. Should be called when the object is being destroyed.
Validates that a tag string contains only allowed characters (alphanumeric and underscore)
The string to validate
True if the string contains only valid characters, false if it contains invalid characters
Static_InternalCleans up static caches for a specific Engine instance. This should be called when the Engine is destroyed to prevent stale references.
The Engine instance being destroyed Called from Engine.destroy()
Static_InternalResets all static object tracking data. Used primarily for testing.
StaticgetRetrieves a material node by its unique identifier.
The unique identifier of the material node
The material node instance
StaticgetRetrieves an RnObject instance by its unique identifier
The unique identifier of the object to retrieve
The RnObject instance or undefined if not found or garbage collected
StaticgetRetrieves an RnObject instance by its unique name
The unique name of the object to retrieve
The RnObject instance or undefined if not found or garbage collected
StaticsearchSearches for the first object that has a specific tag with the given value
The tag name to search for
The tag value to match
WeakRef to the first matching object, or undefined if not found
Material content class for decoding shadow maps using the classic shadow mapping technique. This class handles the rendering of shadow maps with proper depth comparison and shadow factor calculations. It supports morphing, skinning, lighting, and debugging modes for comprehensive shadow rendering functionality.