TwoSidedMaterial (X3DJSAIL, X3D Java Scene Access Interface Library)

All Superinterfaces:

X3DAppearanceChildNode, X3DMaterialNode, X3DNode

All Known Implementing Classes:

TwoSidedMaterialObject
```
public interface TwoSidedMaterial
extends X3DMaterialNode
```
Abstract node interface, defined by X3D specification to support X3D Java interoperability.

X3D node tooltip: (X3D version 3.2 or later) [X3DMaterialNode] TwoSidedMaterial specifies surface rendering properties for associated geometry nodes, for outer (front) and inner (back) sides of polygons. Material attributes are used by the X3D lighting equations during rendering.
- Warning: requires X3D profile='Full' or else include <component name='Shape' level='4'/>
- Hint: insert Shape and Appearance nodes before adding material.
- Hint: DEF/USE copies of a single node can provide a similar "look + feel" style for related shapes in a scene.
- Hint: X3D Scene Authoring Hints, Color
  http://www.web3d.org/x3d/content/examples/X3dSceneAuthoringHints.html#Color
- Warning: corresponding geometry within the parent Shape must have solid='false' for two-sided rendering, otherwise no reverse-side back geometry is displayed.
- Hint: X3D Architecture 12.2.3 Two-sided materials
  http://www.web3d.org/documents/specifications/19775-1/V3.3/Part01/components/shape.html#TwoSidedMaterials
- Hint: X3D Architecture 17.2.2 Lighting model
  http://www.web3d.org/documents/specifications/19775-1/V3.3/Part01/components/lighting.html#Lightingmodel
Package hint: This interface is defined by the X3D Java Language Binding Specification for the Scene Authoring Interface (SAI).
See Also:

SAI Java Specification: TODO, X3D Abstract Specification: TwoSidedMaterial, X3D Tooltips: TwoSidedMaterial, X3D Scene Authoring Hints

Method Summary

All Methods Instance Methods Abstract Methods
Modifier and Type	Method and Description
`float`	`getAmbientIntensity()` Provide float value within allowed range of [0,1] from inputOutput SFFloat field named ambientIntensity.
`float`	`getBackAmbientIntensity()` Provide float value within allowed range of [0,1] from inputOutput SFFloat field named backAmbientIntensity.
`float[]`	`getBackDiffuseColor()` Provide array of 3-tuple float results using RGB values [0..1] using RGB values [0..1] from inputOutput SFColor field named backDiffuseColor.
`float[]`	`getBackEmissiveColor()` Provide array of 3-tuple float results using RGB values [0..1] using RGB values [0..1] from inputOutput SFColor field named backEmissiveColor.
`float`	`getBackShininess()` Provide float value within allowed range of [0,1] from inputOutput SFFloat field named backShininess.
`float[]`	`getBackSpecularColor()` Provide array of 3-tuple float results using RGB values [0..1] using RGB values [0..1] from inputOutput SFColor field named backSpecularColor.
`float`	`getBackTransparency()` Provide float value within allowed range of [0,1] from inputOutput SFFloat field named backTransparency.
`float[]`	`getDiffuseColor()` Provide array of 3-tuple float results using RGB values [0..1] using RGB values [0..1] from inputOutput SFColor field named diffuseColor.
`float[]`	`getEmissiveColor()` Provide array of 3-tuple float results using RGB values [0..1] using RGB values [0..1] from inputOutput SFColor field named emissiveColor.
`X3DMetadataObject`	`getMetadata()` Provide X3DMetadataObject instance (using a properly typed node) from inputOutput SFNode field metadata.
`boolean`	`getSeparateBackColor()` Provide boolean value from inputOutput SFBool field named separateBackColor.
`float`	`getShininess()` Provide float value within allowed range of [0,1] from inputOutput SFFloat field named shininess.
`float[]`	`getSpecularColor()` Provide array of 3-tuple float results using RGB values [0..1] using RGB values [0..1] from inputOutput SFColor field named specularColor.
`float`	`getTransparency()` Provide float value within allowed range of [0,1] from inputOutput SFFloat field named transparency.
`TwoSidedMaterial`	`setAmbientIntensity(float newValue)` Assign float value within allowed range of [0,1] to inputOutput SFFloat field named ambientIntensity.
`TwoSidedMaterial`	`setBackAmbientIntensity(float newValue)` Assign float value within allowed range of [0,1] to inputOutput SFFloat field named backAmbientIntensity.
`TwoSidedMaterial`	`setBackDiffuseColor(float[] newValue)` Assign 3-tuple float array using RGB values [0..1] using RGB values [0..1] to inputOutput SFColor field named backDiffuseColor.
`TwoSidedMaterial`	`setBackEmissiveColor(float[] newValue)` Assign 3-tuple float array using RGB values [0..1] using RGB values [0..1] to inputOutput SFColor field named backEmissiveColor.
`TwoSidedMaterial`	`setBackShininess(float newValue)` Assign float value within allowed range of [0,1] to inputOutput SFFloat field named backShininess.
`TwoSidedMaterial`	`setBackSpecularColor(float[] newValue)` Assign 3-tuple float array using RGB values [0..1] using RGB values [0..1] to inputOutput SFColor field named backSpecularColor.
`TwoSidedMaterial`	`setBackTransparency(float newValue)` Assign float value within allowed range of [0,1] to inputOutput SFFloat field named backTransparency.
`TwoSidedMaterial`	`setCssClass(java.lang.String newValue)` Assign String value to inputOutput SFString field named class.
`TwoSidedMaterial`	`setDEF(java.lang.String newValue)` Assign String value to inputOutput SFString field named DEF.
`TwoSidedMaterial`	`setDiffuseColor(float[] newValue)` Assign 3-tuple float array using RGB values [0..1] using RGB values [0..1] to inputOutput SFColor field named diffuseColor.
`TwoSidedMaterial`	`setEmissiveColor(float[] newValue)` Assign 3-tuple float array using RGB values [0..1] using RGB values [0..1] to inputOutput SFColor field named emissiveColor.
`TwoSidedMaterial`	`setMetadata(X3DMetadataObject newValue)` Assign X3DMetadataObject instance (using a properly typed node) to inputOutput SFNode field metadata.
`TwoSidedMaterial`	`setSeparateBackColor(boolean newValue)` Assign boolean value to inputOutput SFBool field named separateBackColor.
`TwoSidedMaterial`	`setShininess(float newValue)` Assign float value within allowed range of [0,1] to inputOutput SFFloat field named shininess.
`TwoSidedMaterial`	`setSpecularColor(float[] newValue)` Assign 3-tuple float array using RGB values [0..1] using RGB values [0..1] to inputOutput SFColor field named specularColor.
`TwoSidedMaterial`	`setTransparency(float newValue)` Assign float value within allowed range of [0,1] to inputOutput SFFloat field named transparency.
`TwoSidedMaterial`	`setUSE(java.lang.String newValue)` Assign String value to inputOutput SFString field named USE.

- Method Detail
  - getAmbientIntensity
```
float getAmbientIntensity()
```
    Provide float value within allowed range of [0,1] from inputOutput SFFloat field named ambientIntensity.
    
    Tooltip: [0,1] how much ambient omnidirectional light is reflected from all light sources. Interchange profile hint: this field may be ignored, applying the default value regardless. *
    
    Returns:
    
    value of ambientIntensity field
  - setAmbientIntensity
```
TwoSidedMaterial setAmbientIntensity(float newValue)
```
    Assign float value within allowed range of [0,1] to inputOutput SFFloat field named ambientIntensity.
    
    Tooltip: [0,1] how much ambient omnidirectional light is reflected from all light sources. Interchange profile hint: this field may be ignored, applying the default value regardless.
    
    Parameters:
    
    newValue - is new value for the ambientIntensity field.
    
    Returns:
    
    TwoSidedMaterial - namely this same object to allow sequential method pipelining (i.e. consecutive method invocations on the same object).
  - getBackAmbientIntensity
```
float getBackAmbientIntensity()
```
    Provide float value within allowed range of [0,1] from inputOutput SFFloat field named backAmbientIntensity.
    
    Tooltip: [0,1] how much ambient omnidirectional light is reflected from all light sources. Interchange profile hint: this field may be ignored, applying the default value regardless. *
    
    Returns:
    
    value of backAmbientIntensity field
  - setBackAmbientIntensity
```
TwoSidedMaterial setBackAmbientIntensity(float newValue)
```
    Assign float value within allowed range of [0,1] to inputOutput SFFloat field named backAmbientIntensity.
    
    Tooltip: [0,1] how much ambient omnidirectional light is reflected from all light sources. Interchange profile hint: this field may be ignored, applying the default value regardless.
    
    Parameters:
    
    newValue - is new value for the backAmbientIntensity field.
    
    Returns:
    
    TwoSidedMaterial - namely this same object to allow sequential method pipelining (i.e. consecutive method invocations on the same object).
  - getBackDiffuseColor
```
float[] getBackDiffuseColor()
```
    Provide array of 3-tuple float results using RGB values [0..1] using RGB values [0..1] from inputOutput SFColor field named backDiffuseColor.
    
    Tooltip: [0,1] how much direct, angle-dependent light is reflected from all light sources.
    - Hint: only emissiveColor affects IndexedLineSet, LineSet and PointSet.
    Returns:
    
    value of backDiffuseColor field
  - setBackDiffuseColor
```
TwoSidedMaterial setBackDiffuseColor(float[] newValue)
```
    Assign 3-tuple float array using RGB values [0..1] using RGB values [0..1] to inputOutput SFColor field named backDiffuseColor.
    
    Tooltip: [0,1] how much direct, angle-dependent light is reflected from all light sources. Hint: only emissiveColor affects IndexedLineSet, LineSet and PointSet.
    
    Parameters:
    
    newValue - is new value for the backDiffuseColor field.
    
    Returns:
    
    TwoSidedMaterial - namely this same object to allow sequential method pipelining (i.e. consecutive method invocations on the same object).
  - getBackEmissiveColor
```
float[] getBackEmissiveColor()
```
    Provide array of 3-tuple float results using RGB values [0..1] using RGB values [0..1] from inputOutput SFColor field named backEmissiveColor.
    
    Tooltip: [0,1] how much glowing light is emitted from this object.
    - Hint: emissiveColors glow even when all lights are off.
    - Hint: reset diffuseColor from default (.8 .8 .8) to (0 0 0) to avoid washout.
    - Hint: only emissiveColor affects IndexedLineSet, LineSet and PointSet.
    - Warning: bright emissiveColor values can wash out other colors and some textures.
    Returns:
    
    value of backEmissiveColor field
  - setBackEmissiveColor
```
TwoSidedMaterial setBackEmissiveColor(float[] newValue)
```
    Assign 3-tuple float array using RGB values [0..1] using RGB values [0..1] to inputOutput SFColor field named backEmissiveColor.
    
    Tooltip: [0,1] how much glowing light is emitted from this object. Hint: emissiveColors glow even when all lights are off. Hint: reset diffuseColor from default (.8 .8 .8) to (0 0 0) to avoid washout. Hint: only emissiveColor affects IndexedLineSet, LineSet and PointSet. Warning: bright emissiveColor values can wash out other colors and some textures.
    
    Parameters:
    
    newValue - is new value for the backEmissiveColor field.
    
    Returns:
    
    TwoSidedMaterial - namely this same object to allow sequential method pipelining (i.e. consecutive method invocations on the same object).
  - getBackShininess
```
float getBackShininess()
```
    Provide float value within allowed range of [0,1] from inputOutput SFFloat field named backShininess.
    
    Tooltip: [0,1] Lower shininess values provide soft specular glows, while higher values result in sharper, smaller highlights. Interchange profile hint: this field may be ignored, applying the default value regardless. *
    
    Returns:
    
    value of backShininess field
  - setBackShininess
```
TwoSidedMaterial setBackShininess(float newValue)
```
    Assign float value within allowed range of [0,1] to inputOutput SFFloat field named backShininess.
    
    Tooltip: [0,1] Lower shininess values provide soft specular glows, while higher values result in sharper, smaller highlights. Interchange profile hint: this field may be ignored, applying the default value regardless.
    
    Parameters:
    
    newValue - is new value for the backShininess field.
    
    Returns:
    
    TwoSidedMaterial - namely this same object to allow sequential method pipelining (i.e. consecutive method invocations on the same object).
  - getBackSpecularColor
```
float[] getBackSpecularColor()
```
    Provide array of 3-tuple float results using RGB values [0..1] using RGB values [0..1] from inputOutput SFColor field named backSpecularColor.
    
    Tooltip: [0,1] specular highlights are brightness reflections (example: shiny spots on an apple). Interchange profile hint: this field may be ignored, applying the default value regardless. *
    
    Returns:
    
    value of backSpecularColor field
  - setBackSpecularColor
```
TwoSidedMaterial setBackSpecularColor(float[] newValue)
```
    Assign 3-tuple float array using RGB values [0..1] using RGB values [0..1] to inputOutput SFColor field named backSpecularColor.
    
    Tooltip: [0,1] specular highlights are brightness reflections (example: shiny spots on an apple). Interchange profile hint: this field may be ignored, applying the default value regardless.
    
    Parameters:
    
    newValue - is new value for the backSpecularColor field.
    
    Returns:
    
    TwoSidedMaterial - namely this same object to allow sequential method pipelining (i.e. consecutive method invocations on the same object).
  - getBackTransparency
```
float getBackTransparency()
```
    Provide float value within allowed range of [0,1] from inputOutput SFFloat field named backTransparency.
    
    Tooltip: [0,1] how "clear" an object is: 1.0 is completely transparent, 0.0 is completely opaque. Interchange profile hint: transparency < .5 opaque, transparency > .5 transparent. *
    
    Returns:
    
    value of backTransparency field
  - setBackTransparency
```
TwoSidedMaterial setBackTransparency(float newValue)
```
    Assign float value within allowed range of [0,1] to inputOutput SFFloat field named backTransparency.
    
    Tooltip: [0,1] how "clear" an object is: 1.0 is completely transparent, 0.0 is completely opaque. Interchange profile hint: transparency < .5 opaque, transparency > .5 transparent.
    
    Parameters:
    
    newValue - is new value for the backTransparency field.
    
    Returns:
    
    TwoSidedMaterial - namely this same object to allow sequential method pipelining (i.e. consecutive method invocations on the same object).
  - getDiffuseColor
```
float[] getDiffuseColor()
```
    Provide array of 3-tuple float results using RGB values [0..1] using RGB values [0..1] from inputOutput SFColor field named diffuseColor.
    
    Tooltip: [0,1] how much direct, angle-dependent light is reflected from all light sources.
    - Hint: only emissiveColor affects IndexedLineSet, LineSet and PointSet.
    Returns:
    
    value of diffuseColor field
  - setDiffuseColor
```
TwoSidedMaterial setDiffuseColor(float[] newValue)
```
    Assign 3-tuple float array using RGB values [0..1] using RGB values [0..1] to inputOutput SFColor field named diffuseColor.
    
    Tooltip: [0,1] how much direct, angle-dependent light is reflected from all light sources. Hint: only emissiveColor affects IndexedLineSet, LineSet and PointSet.
    
    Parameters:
    
    newValue - is new value for the diffuseColor field.
    
    Returns:
    
    TwoSidedMaterial - namely this same object to allow sequential method pipelining (i.e. consecutive method invocations on the same object).
  - getEmissiveColor
```
float[] getEmissiveColor()
```
    Provide array of 3-tuple float results using RGB values [0..1] using RGB values [0..1] from inputOutput SFColor field named emissiveColor.
    
    Tooltip: [0,1] how much glowing light is emitted from this object.
    - Hint: emissiveColors glow even when all lights are off.
    - Hint: reset diffuseColor from default (.8 .8 .8) to (0 0 0) to avoid washout.
    - Hint: only emissiveColor affects IndexedLineSet, LineSet and PointSet.
    - Warning: bright emissiveColor values can wash out other colors and some textures.
    Returns:
    
    value of emissiveColor field
  - setEmissiveColor
```
TwoSidedMaterial setEmissiveColor(float[] newValue)
```
    Assign 3-tuple float array using RGB values [0..1] using RGB values [0..1] to inputOutput SFColor field named emissiveColor.
    
    Tooltip: [0,1] how much glowing light is emitted from this object. Hint: emissiveColors glow even when all lights are off. Hint: reset diffuseColor from default (.8 .8 .8) to (0 0 0) to avoid washout. Hint: only emissiveColor affects IndexedLineSet, LineSet and PointSet. Warning: bright emissiveColor values can wash out other colors and some textures.
    
    Parameters:
    
    newValue - is new value for the emissiveColor field.
    
    Returns:
    
    TwoSidedMaterial - namely this same object to allow sequential method pipelining (i.e. consecutive method invocations on the same object).
  - getMetadata
```
X3DMetadataObject getMetadata()
```
    Provide X3DMetadataObject instance (using a properly typed node) from inputOutput SFNode field metadata.
    
    Specified by:
    
    getMetadata in interface X3DAppearanceChildNode
    
    Specified by:
    
    getMetadata in interface X3DMaterialNode
    
    Specified by:
    
    getMetadata in interface X3DNode
    
    Returns:
    
    value of metadata field
    
    See Also:
    
    X3D Scene Authoring Hints: Metadata Nodes
  - setMetadata
```
TwoSidedMaterial setMetadata(X3DMetadataObject newValue)
```
    Assign X3DMetadataObject instance (using a properly typed node) to inputOutput SFNode field metadata.
    
    Specified by:
    
    setMetadata in interface X3DAppearanceChildNode
    
    Specified by:
    
    setMetadata in interface X3DMaterialNode
    
    Specified by:
    
    setMetadata in interface X3DNode
    
    Parameters:
    
    newValue - is new value for the metadata field.
    
    Returns:
    
    TwoSidedMaterial - namely this same object to allow sequential method pipelining (i.e. consecutive method invocations on the same object).
    
    See Also:
    
    X3D Scene Authoring Hints: Metadata Nodes
  - getSeparateBackColor
```
boolean getSeparateBackColor()
```
    Provide boolean value from inputOutput SFBool field named separateBackColor.
    
    Tooltip: separateBackColor determines whether separate Material values are used for back faces.
    - Warning: backface Material values are ignored unless you set separateBackColor='true'.
    Returns:
    
    value of separateBackColor field
  - setSeparateBackColor
```
TwoSidedMaterial setSeparateBackColor(boolean newValue)
```
    Assign boolean value to inputOutput SFBool field named separateBackColor.
    
    Tooltip: separateBackColor determines whether separate Material values are used for back faces. Warning: backface Material values are ignored unless you set separateBackColor='true'.
    
    Parameters:
    
    newValue - is new value for the separateBackColor field.
    
    Returns:
    
    TwoSidedMaterial - namely this same object to allow sequential method pipelining (i.e. consecutive method invocations on the same object).
  - getShininess
```
float getShininess()
```
    Provide float value within allowed range of [0,1] from inputOutput SFFloat field named shininess.
    
    Tooltip: [0,1] Lower shininess values provide soft specular glows, while higher values result in sharper, smaller highlights. Interchange profile hint: this field may be ignored, applying the default value regardless. *
    
    Returns:
    
    value of shininess field
  - setShininess
```
TwoSidedMaterial setShininess(float newValue)
```
    Assign float value within allowed range of [0,1] to inputOutput SFFloat field named shininess.
    
    Tooltip: [0,1] Lower shininess values provide soft specular glows, while higher values result in sharper, smaller highlights. Interchange profile hint: this field may be ignored, applying the default value regardless.
    
    Parameters:
    
    newValue - is new value for the shininess field.
    
    Returns:
    
    TwoSidedMaterial - namely this same object to allow sequential method pipelining (i.e. consecutive method invocations on the same object).
  - getSpecularColor
```
float[] getSpecularColor()
```
    Provide array of 3-tuple float results using RGB values [0..1] using RGB values [0..1] from inputOutput SFColor field named specularColor.
    
    Tooltip: [0,1] specular highlights are brightness reflections (example: shiny spots on an apple). Interchange profile hint: this field may be ignored, applying the default value regardless. *
    
    Returns:
    
    value of specularColor field
  - setSpecularColor
```
TwoSidedMaterial setSpecularColor(float[] newValue)
```
    Assign 3-tuple float array using RGB values [0..1] using RGB values [0..1] to inputOutput SFColor field named specularColor.
    
    Tooltip: [0,1] specular highlights are brightness reflections (example: shiny spots on an apple). Interchange profile hint: this field may be ignored, applying the default value regardless.
    
    Parameters:
    
    newValue - is new value for the specularColor field.
    
    Returns:
    
    TwoSidedMaterial - namely this same object to allow sequential method pipelining (i.e. consecutive method invocations on the same object).
  - getTransparency
```
float getTransparency()
```
    Provide float value within allowed range of [0,1] from inputOutput SFFloat field named transparency.
    
    Tooltip: [0,1] how "clear" an object is: 1.0 is completely transparent, 0.0 is completely opaque. Interchange profile hint: transparency < .5 opaque, transparency > .5 transparent. *
    
    Returns:
    
    value of transparency field
  - setTransparency
```
TwoSidedMaterial setTransparency(float newValue)
```
    Assign float value within allowed range of [0,1] to inputOutput SFFloat field named transparency.
    
    Tooltip: [0,1] how "clear" an object is: 1.0 is completely transparent, 0.0 is completely opaque. Interchange profile hint: transparency < .5 opaque, transparency > .5 transparent.
    
    Parameters:
    
    newValue - is new value for the transparency field.
    
    Returns:
    
    TwoSidedMaterial - namely this same object to allow sequential method pipelining (i.e. consecutive method invocations on the same object).
  - setDEF
```
TwoSidedMaterial setDEF(java.lang.String newValue)
```
    Assign String value to inputOutput SFString field named DEF.
    
    Tooltip: DEF defines a unique ID name for this node, referenceable by other nodes. Hint: descriptive DEF names improve clarity and help document a model. Hint: well-defined names can simplify design and debugging through improved author understanding. Hint: X3D Scene Authoring Hints, Naming Conventions http://www.web3d.org/x3d/content/examples/X3dSceneAuthoringHints.html#NamingConventions
    
    Note that setting the DEF value clears the USE value.
    
    Specified by:
    
    setDEF in interface X3DAppearanceChildNode
    
    Specified by:
    
    setDEF in interface X3DMaterialNode
    
    Specified by:
    
    setDEF in interface X3DNode
    
    Parameters:
    
    newValue - is new value for the DEF field.
    
    Returns:
    
    TwoSidedMaterial - namely this same object to allow sequential method pipelining (i.e. consecutive method invocations on the same object).
  - setUSE
```
TwoSidedMaterial setUSE(java.lang.String newValue)
```
    Assign String value to inputOutput SFString field named USE.
    
    Tooltip: USE means reuse an already DEF-ed node ID, excluding all child nodes and all other attributes (except for containerField, which can have a different value). Hint: USE references to previously defined DEF geometry (instead of duplicating nodes) can improve performance. Warning: do NOT include any child nodes, a DEF attribute, or any other attribute values (except for containerField) when defining a USE attribute. Warning: each USE value must match a corresponding DEF value that is defined earlier in the scene.
    
    Note: each USE node is still an independent object, with the USE value matching the DEF value in the preceding object.
    
    Warning: invoking the setUSE() method on this node resets all other fields to their default values (except for containerField) and also releases all child nodes.
    
    Warning: no other operations can be performed to modify a USE node other than setting an alternate containerField value.
    
    Specified by:
    
    setUSE in interface X3DAppearanceChildNode
    
    Specified by:
    
    setUSE in interface X3DMaterialNode
    
    Specified by:
    
    setUSE in interface X3DNode
    
    Parameters:
    
    newValue - is new value for the USE field.
    
    Returns:
    
    TwoSidedMaterial - namely this same object to allow sequential method pipelining (i.e. consecutive method invocations on the same object).
  - setCssClass
```
TwoSidedMaterial setCssClass(java.lang.String newValue)
```
    Assign String value to inputOutput SFString field named class.
    
    Tooltip: The class attribute is a space-separated list of classes, reserved for use by CSS cascading stylesheets. Warning: currently the class attribute is only supported in XML encoding of X3D scenes. Hint: W3C Cascading Style Sheets https://www.w3.org/Style/CSS
    
    Specified by:
    
    setCssClass in interface X3DAppearanceChildNode
    
    Specified by:
    
    setCssClass in interface X3DMaterialNode
    
    Specified by:
    
    setCssClass in interface X3DNode
    
    Parameters:
    
    newValue - is new value for the class field.
    
    Returns:
    
    TwoSidedMaterial - namely this same object to allow sequential method pipelining (i.e. consecutive method invocations on the same object).

Interface TwoSidedMaterial

Method Summary

Method Detail

getAmbientIntensity

setAmbientIntensity

getBackAmbientIntensity

setBackAmbientIntensity

getBackDiffuseColor

setBackDiffuseColor

getBackEmissiveColor

setBackEmissiveColor

getBackShininess

setBackShininess

getBackSpecularColor

setBackSpecularColor

getBackTransparency

setBackTransparency

getDiffuseColor

setDiffuseColor

getEmissiveColor

setEmissiveColor

getMetadata

setMetadata

getSeparateBackColor

setSeparateBackColor

getShininess

setShininess

getSpecularColor

setSpecularColor

getTransparency

setTransparency

setDEF

setUSE

setCssClass