Creates a new SplitVectorShaderNode instance. Sets up input and output connections for vector splitting operations.
The component type (Float, Int, or UnsignedInt). Defaults to Float.
Inputs:
Outputs:
Protected Optional__Protected__Protected__Protected__Protected__Protected__Collection of tags associated with this object
Static_StaticcurrentCurrent maximum object count for UID generation
Static ReadonlyInvalidInvalid object UID constant
Gets all input connections for this node.
An array of input connection configurations
Gets the unique object identifier
The object's UID
Gets the shader function name for this node.
The function name used in shader code
Gets the unique identifier for this shader node.
The unique node identifier
Gets the unique name of this object
The unique name string
InternalCopies tag data from another RnObject instance to this object
The source RnObject to copy tags from
Adds an input connection to this node from another shader node. This establishes a data flow connection between the output of one node and the input of this node.
The composition type enum
The component type enum
The source shader node to connect from
The output socket of the source node
The input socket of this node to connect to
Finds and returns an input socket by name.
The name of the input socket to find
The input socket if found, undefined otherwise
Gets all input sockets for this node.
An array of all input sockets
Finds and returns an output socket by name.
The name of the output socket to find
The output socket if found, undefined otherwise
Gets all output sockets for this node.
An array of all output sockets
Retrieves the shader code for the specified shader stage. Returns appropriate code based on the current rendering approach (WebGL/WebGPU).
The shader code string for the specified stage
Gets the derivative shader function name based on the connected input type and component type. For WebGPU, returns specialized function names (splitVectorXYZW, splitVectorXYZ, splitVectorXY) based on which input is connected, with type suffix (I32, U32) for non-float types. For WebGL, returns the base function name.
The appropriate shader function name for the current input connection and process approach
Gets the current shader stage of this node.
The current shader stage
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 shader code for calling the split vector function. ShaderGraphResolver already orders varOutputNames to match output socket order and generates dummy variables for unconnected outputs, so we simply use them directly. This node only needs custom handling for selecting the correct input (xyzw, xyz, or xy).
The engine instance
The index of the current shader node call
The shader node instance (unused in this implementation)
The name of the shader function to call
Array of input variable names for each call
Array of output variable names for each call (already ordered by ShaderGraphResolver)
The generated shader code string for the function call
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
Sets the shader stage for this node (Neutral, Vertex, or Fragment).
The shader stage to assign to this node
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_InternalResets all static object tracking data. Used primarily for testing.
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
StaticgetRetrieves a shader node by its unique identifier.
The unique identifier of the shader node
The shader node with the specified UID
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
A shader node that splits vector inputs into their individual components or smaller vectors. This node can take vec4, vec3, or vec2 inputs and output various combinations of their components including individual scalars (x, y, z, w) and smaller vectors (xy, zw, xyz).
Supports both WebGL/GLSL and WebGPU/WGSL shader compilation. Supports float, int, and uint component types.
Example