v4.0

Locates all the default texture ports (connection points) on the immediate shaders attached to the given objects. Creates layers with the requested presets, and adds these layers on the located ports.

oReturn = BlendInTextureLayers( [PresetNames], [InputObjs], [SharedMatAction], [NotifyNoResult], [Mode], [Ambient], [Diffuse], [Transparency], [Reflection] );

Returns the layers created as an XSICollection. If the value of Mode is siReplaceNoBlend, the first preset is returned as a shader rather than a layer.

Parameter	Type	Description
PresetNames	String	Shader Presets corresponding to the shaders and/or images you want to layer Default Value: "Image"
InputObjs	String	List of objects to search for default texture connection points Default Value: Current selection
SharedMatAction	Integer	Make shared materials local? Note: If "2" or "3" is used, a pop up dialog appears prompting the user to answer (0=No or 1=Yes). When the logged command is replayed, if "2" was used the command will automatically answer yes or no depending on the user's response. If "3" was used, the pop up dialog will reappear. Default Value: 2 (Ask Beginner User) Possible Values: Description: 0 No 1 Yes 2 Ask beginner user 3 Ask advanced user
NotifyNoResult	Boolean	True to notify user if no presets created. Default Value: False (no notification)
Mode	siBlendInTextureLayersModes	Method for blending in the new presets Default Value: siBlendInTextureLayers (no replacement)
Ambient	Boolean	If true, blend in to the ambient port (if present) Default Value: True (apply to ambient)
Diffuse	Boolean	If true, blend in to the diffuse port (if present) Default Value: True (apply to diffuse)
Transparency	Boolean	If true, blend in to the transparency port (if present) Default Value: false (don't apply to transparency)
Reflection	Boolean	If true, blend in to the reflection port (if present) Default Value: false (don't apply to reflection)

VBScript Example

'

' This example demonstrates how to apply blended shaders to all texture ports on a

' cube. It also shows how to access the shader information both from the collection 

' returned by BlendInTextureLayers and through the object's material.

'

NewScene , false

' Create a default cube

Set oBox = ActiveSceneRoot.AddGeometry( "Cube", "MeshSurface" )

' Apply Cloud and Gradient presets on all texture ports

Set oLayers = BlendInTextureLayers( "Cloud,Gradient", oBox, 1, False, False )

' At this point you will also see a Multiple Property Sets page pop up for the shaders.

' Now display the name of the created shaders:

For Each oLayer In oLayers

	Set oShader = SIGetShaderOnCnxPoint( oLayer & ".color" )

	Application.LogMessage oLayer.Name & " created with shader " & oShader.Name

Next

' View the results in a rendered frame. (The colors appear quite smooth.)

RenderPasses oDefPass, 1, 1

' Set the mode of the Gradient to "Darken":

SetValue oBox.Material.Shaders( "Phong" ) & ".Gradient_Layer.mode", 8

' View the results in a rendered frame. (Now the colors seem to be quite mottled.) 

RenderPasses oDefPass, 1, 1

' Output of above script:

'INFO : "Cloud_Layer created with shader Cloud"

'INFO : "Gradient_Layer created with shader Gradient"

BlendInTextureLayersInsp BlendInTextureLayersWithPorts BlendInTextureLayersWithPortsInsp BlendClipsInTextureLayersInsp BlendClipsInTextureLayersWithPorts BlendClipsInTextureLayersWithPortsInsp SIConnectShaderToCnxPoint SIApplyShaderToCnxPoint