org.web3d.vrml.renderer.common.nodes.AbstractNode

org.web3d.vrml.renderer.common.nodes.geom3d.BaseExtrusion

All Implemented Interfaces:: VRMLNode, FrameStateListener, VRMLGeometryNodeType, VRMLNodeType

Direct Known Subclasses:: NRExtrusion, OGLExtrusion

public abstract class BaseExtrusion extends AbstractNode implements VRMLGeometryNodeType

Common base implementation of an Extrusion. An Extrusion node specifies geometric shapes based on a two-dimensional cross-section extruded along a three dimensional spine in the local coordinate system.

The cross-sections of an Extrusion can be scaled and rotated at each spine point to produce a wide variety of shapes. For each spine point, the cross-section shape is scaled by the vfScale parameter, translated by the spine parameter, and then oriented using the orientation parameter. Corresponding vertices of the first and second cross-sections are then connected, forming a quadrilateral polygon between each pair of vertices.

Version:: $Revision: 1.19 $
Author:: Andrzej Kapolka, additional commenting by Eric Fickenscher

Field Summary

Fields

Modifier and Type

Field

Description

protected static final int

FIELD_BEGIN_CAP

Field Index for beginCap

protected static final int

FIELD_CCW

Field Index for ccw

protected static final int

FIELD_CONVEX

Field Index for convex

protected static final int

FIELD_CREASE_ANGLE

Field Index for creaseAngle

protected static final int

FIELD_CROSS_SECTION

Field Index for crossSection

protected static final int

FIELD_END_CAP

Field Index for endCap

protected static final int

FIELD_ORIENTATION

Field Index for orientation

protected static final int

FIELD_SCALE

Field Index for scale

protected static final int

FIELD_SET_CROSS_SECTION

Field Index for set_crossSection

protected static final int

FIELD_SET_ORIENTATION

Field Index for set_orientation

protected static final int

FIELD_SET_SCALE

Field Index for set_scale

protected static final int

FIELD_SET_SPINE

Field Index for set_spine

protected static final int

FIELD_SOLID

Field Index for solid

protected static final int

FIELD_SPINE

Field Index for spine

protected static final int

LAST_EXTRUSION_INDEX

The last index in this node

protected static final int

NUM_FIELDS

Number of fields constant

protected int

numCrossSection

This int keeps track of the number of valid items in vfCrossSection.

protected int

numOrientation

This int keeps track of the number of valid items in vfOrientation.

protected int

numScale

This int keeps track of the number of valid items in vfScale.

protected int

numSpine

This int keeps track of the number of valid items in vfSpine.

protected boolean

vfBeginCap

This field specifies if the extruded shape is open or closed at one end.

protected boolean

vfCCW

This field specifies the vertex ordering - if TRUE, the right-hand rule is used, meaning the vertices are ordered in a counter-clockwise direction.

protected boolean

vfConvex

This field specifies if the cross-section is convex or concave.

protected float

vfCreaseAngle

creaseAngle specifies an angle threshold.

protected float[]

vfCrossSection

This is an array of floats that represents the extrusion's 2D cross-section.

protected boolean

vfEndCap

This field specifies if the extruded shape is open or closed at one end.

protected float[]

vfOrientation

This field specifies cross-section rotation.

protected float[]

vfScale

This field specifies scaling of the cross-sections.

protected boolean

vfSolid

This field specifies if the extruded shape is solid or not.

protected float[]

vfSpine

This field represents the placement of the cross-sections in 3D space.

Fields inherited from class org.web3d.vrml.renderer.common.nodes.AbstractNode
errorReporter, FIELD_METADATA, fieldLocalData, hasChanged, inSetup, isDEF, isStatic, LAST_NODE_INDEX, layerIds, nodeName, pMetadata, refCounts, removedLayerIds, stateManager, STATIC_SCENE_GRAPH, vfMetadata, vrmlMajorVersion, vrmlMinorVersion
Constructor Summary

Constructors

Modifier

Constructor

Description

protected

BaseExtrusion()

Construct a default extrusion instance

BaseExtrusion(VRMLNodeType node)

Construct a new instance of this node based on the details from the given node.
Method Summary

Modifier and Type

Method

Description

void

addLocalColorsListener(LocalColorsListener l)

Add a listener for local color changes.

void

addTexCoordGenModeChanged(TexCoordGenModeListener l)

Add a listener for texture coordinate generation mode changes.

VRMLFieldDeclaration

getFieldDeclaration(int index)

Get the declaration of the field at the given index.

int

getFieldIndex(String fieldName)

Get the index of the given field name.

VRMLFieldData

getFieldValue(int index)

Get the value of a field.

int[]

getNodeFieldIndices()

Get the list of indices that correspond to fields that contain nodes ie MFNode and SFNode).

int

getNumFields()

Get the number of fields.

int

getNumSets()

Get the number of texture coordinate sets contained by this node

int

getPrimaryType()

Get the primary type of this node.

String

getTexCoordGenMode(int setNum)

Get the texture coordinate generation mode.

boolean

hasLocalColorAlpha()

Specified whether this node has alpha values in the local colour information.

boolean

hasLocalColors()

Specified whether this node has color information.

boolean

isCCW()

Get the value of the CCW field.

boolean

isLightingEnabled()

Specifies whether this node requires lighting.

boolean

isSolid()

Get the value of the solid field.

void

removeLocalColorsListener(LocalColorsListener l)

Remove a listener for local color changes.

void

removeTexCoordGenModeChanged(TexCoordGenModeListener l)

Remove a listener for texture coordinate generation mode changes.

void

setTextureCount(int count)

Set the number of textures that were found on the accompanying Appearance node.

void

setValue(int index, boolean value)

Set the value of the field at the given index as an boolean.

void

setValue(int index, float value)

Set the value of the field at the given index as a float.

void

setValue(int index, float[] value, int numValid)

Set the value of the field at the given index as an array of floats.

Methods inherited from class org.web3d.vrml.renderer.common.nodes.AbstractNode
addNodeListener, allEventsComplete, checkNodeType, checkSecondaryType, checkSecondaryType, clearRemovedLayerIds, fireFieldChanged, getLayerIds, getMetadataObject, getRefCount, getRemovedLayerIds, getSecondaryType, getUserData, getVRMLNodeName, hasFieldChanged, isDEF, isSetupFinished, notifyExternProtoLoaded, removeNodeListener, sendRoute, setDEF, setErrorReporter, setFrameStateManager, setMetadataObject, setupFinished, setUserData, setValue, setValue, setValue, setValue, setValue, setValue, setValue, setValue, setValue, setValue, setValue, setVersion, throwInitOnlyWriteException, throwInputOnlyWriteException, throwInvalidNodeException, throwInvalidProtoException, throwOutputOnlyWriteException, updateRefCount, updateRefs

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Methods inherited from interface org.web3d.vrml.nodes.FrameStateListener
allEventsComplete

Methods inherited from interface org.web3d.vrml.lang.VRMLNode
getSecondaryType, getUserData, getVRMLNodeName, isDEF, setErrorReporter, setUserData, setVersion

Methods inherited from interface org.web3d.vrml.nodes.VRMLNodeType
addNodeListener, clearRemovedLayerIds, getLayerIds, getMetadataObject, getRefCount, getRemovedLayerIds, hasFieldChanged, isSetupFinished, notifyExternProtoLoaded, removeNodeListener, sendRoute, setDEF, setFrameStateManager, setMetadataObject, setupFinished, setValue, setValue, setValue, setValue, setValue, setValue, setValue, setValue, setValue, setValue, setValue, updateRefCount

Field Details
- FIELD_BEGIN_CAP
  protected static final int FIELD_BEGIN_CAP
  
  Field Index for beginCap
  
  See Also:
  
  Constant Field Values
- FIELD_CCW
  protected static final int FIELD_CCW
  
  Field Index for ccw
  
  See Also:
  
  Constant Field Values
- FIELD_CONVEX
  protected static final int FIELD_CONVEX
  
  Field Index for convex
  
  See Also:
  
  Constant Field Values
- FIELD_CREASE_ANGLE
  protected static final int FIELD_CREASE_ANGLE
  
  Field Index for creaseAngle
  
  See Also:
  
  Constant Field Values
- FIELD_CROSS_SECTION
  protected static final int FIELD_CROSS_SECTION
  
  Field Index for crossSection
  
  See Also:
  
  Constant Field Values
- FIELD_END_CAP
  protected static final int FIELD_END_CAP
  
  Field Index for endCap
  
  See Also:
  
  Constant Field Values
- FIELD_ORIENTATION
  protected static final int FIELD_ORIENTATION
  
  Field Index for orientation
  
  See Also:
  
  Constant Field Values
- FIELD_SCALE
  protected static final int FIELD_SCALE
  
  Field Index for scale
  
  See Also:
  
  Constant Field Values
- FIELD_SOLID
  protected static final int FIELD_SOLID
  
  Field Index for solid
  
  See Also:
  
  Constant Field Values
- FIELD_SPINE
  protected static final int FIELD_SPINE
  
  Field Index for spine
  
  See Also:
  
  Constant Field Values
- FIELD_SET_CROSS_SECTION
  protected static final int FIELD_SET_CROSS_SECTION
  
  Field Index for set_crossSection
  
  See Also:
  
  Constant Field Values
- FIELD_SET_ORIENTATION
  protected static final int FIELD_SET_ORIENTATION
  
  Field Index for set_orientation
  
  See Also:
  
  Constant Field Values
- FIELD_SET_SCALE
  protected static final int FIELD_SET_SCALE
  
  Field Index for set_scale
  
  See Also:
  
  Constant Field Values
- FIELD_SET_SPINE
  protected static final int FIELD_SET_SPINE
  
  Field Index for set_spine
  
  See Also:
  
  Constant Field Values
- LAST_EXTRUSION_INDEX
  protected static final int LAST_EXTRUSION_INDEX
  
  The last index in this node
  
  See Also:
  
  Constant Field Values
- NUM_FIELDS
  protected static final int NUM_FIELDS
  
  Number of fields constant
  
  See Also:
  
  Constant Field Values
- vfCCW
  
  protected boolean vfCCW
  
  This field specifies the vertex ordering - if TRUE, the right-hand rule is used, meaning the vertices are ordered in a counter-clockwise direction.
  SFBool ccw
- vfConvex
  
  protected boolean vfConvex
  
  This field specifies if the cross-section is convex or concave. If FALSE, the cross-section is concave; the browser will split the cross-section into smaller convex cross sections.
  SFBool convex
- vfCreaseAngle
  
  protected float vfCreaseAngle
  
  creaseAngle specifies an angle threshold. If two adjacent faces make an angle bigger than the creaseAngle, viewer will clearly see where the two faces meet - the edge linking the two faces is sharp. Otherwise the edge linking the two faces will be smooth.
  SFFloat creaseAngle
- vfCrossSection
  
  protected float[] vfCrossSection
  
  This is an array of floats that represents the extrusion's 2D cross-section. The 2D cross- section is replicated once for each 'spine' point, and manipulated with the 'scale' and 'orientation' fields.
  This float array represents a 2D cross-section in the y=0 plane. Thus, every two float values constitute a point (index [0] is the "x" value of the first point, index [1] is the "z" value of the first point; index [2] is the "x" value of the second point, etc.). When the final two values match the first two values, the 2D cross-section is closed (the first and last points are the same). If crossSection is not a closed curve, note that beginCaps or endCaps can still be generated by adding a final point to the crossSection that is equal to the initial point. A simple case of a capped open surface is a shape analogous to a soda can sliced in half vertically.
  MFVec2f crossSection
- numCrossSection
  
  protected int numCrossSection
  
  This int keeps track of the number of valid items in vfCrossSection. Since vfCrossSection represents a number of points in a 2D plane, there are two values needed to represent each point. Thus, the number of points is always equal to half the length of vfCrossSection.
- vfBeginCap
  
  protected boolean vfBeginCap
  
  This field specifies if the extruded shape is open or closed at one end. If TRUE, the 'beginning' spine point will be closed. If vfEndCap is also TRUE, then user will _not_ be able to see into the object.
  SFBool beginCap
- vfEndCap
  
  protected boolean vfEndCap
  
  This field specifies if the extruded shape is open or closed at one end. If TRUE, the final 'end spine point will be closed. If vfBeginCap is also TRUE, then user will _not_ be able to see into the object.
  SFBool endCap
- vfOrientation
  
  protected float[] vfOrientation
  
  This field specifies cross-section rotation. The final orientation of each cross-section is computed by first orienting it relative to the spine segments on either side of the point at which the cross- section is placed (the "spine-aligned cross-section plane", or SCP) and then rotating it according to the appropriate orientation value.
  Each orientation value is defined by four float values. The first three floats specify an axis corresponding to a ray cast from the relative-to-the-SCP origin through an x-, y-, and z- point. The fourth float specifies the amount (in radians) of rotation around this axis; 3.14 corresponds to 180 degrees of rotation, .523 corresponds to 60 degrees of rotation, etc.
  As is the case with the 'scale' field, if the number of orientation values is greater than the number of spine points, the excess values are ignored. If there is only one orientation value, it is applied at all spine points.
  MFRotation orientation
- numOrientation
  
  protected int numOrientation
  
  This int keeps track of the number of valid items in vfOrientation. Since orientation specifies a rotation around an axis, four float values are needed - the first three specify the axis of rotation via x-, y-, and z- values (ie: yaw, pitch, and roll), and the fourth float value specifies the amount (in radians) of rotation around this axis. Thus, the the number of orientation points is always equal to one- fourth the length of vfOrientation.
- vfScale
  
  protected float[] vfScale
  
  This field specifies scaling of the cross-sections. Since the cross-section represents a 2-dimensional shape, two values are needed to scale a cross-section. Each cross-section is scaled about its relative origin by the appropriate scale parameter (the first value scales in X, second values scales in Z).
  As is the case with the 'orientation' field, if the number of scale values is greater than the number of spine points, the excess values are ignored. If there is only one scale value, it is applied at all spine points.
  MFVec2f scale
- numScale
  
  protected int numScale
  
  This int keeps track of the number of valid items in vfScale. Since vfScale specifies the scaling of a two-dimensional object, two float values are needed - the first specifies the amount of scaling in the x-direction and the second specifies the amount of scaling in the z-direction. Thus, the number of scale points is always equal to one-half the length of vfScale.
- vfSolid
  
  protected boolean vfSolid
  
  This field specifies if the extruded shape is solid or not. If TRUE, the object is treated as a solid, which means that the _inside_ surfaces will not be rendered. IE, if the ends are not capped and vfSolid is TRUE, user will only see the faces of the object that directly face the viewer. If FALSE, the extruded shape is treated as hollow, and user will see all faces of the shape if the ends are not capped.
  SFBool solid
- vfSpine
  
  protected float[] vfSpine
  
  This field represents the placement of the cross-sections in 3D space. In other words, the spine defines the path that the cross-section will travel. The corners of each cross-section are connected to matching corners of adjacent cross-sections, thus defining a volume.
  In a two-point spine, the cross-section is oriented so that the y-axis coincides with the direction defined by the two spine points. When using more spine points, this holds true for the first spine point, and second and subsequent spine points should orient the cross-section so that it is perpendicular to the tangent of the spine.
  Every three values constitute a point (indices [0],[1], and [2] represent the first point, indices [3],[4], and [5] represent the second point, etc.). The simplest spine consists of only two points.
  MFVec3f spine
- numSpine
  
  protected int numSpine
  
  This int keeps track of the number of valid items in vfSpine. Since vfSpine represents a number of points in a 3D plane, there are three values needed to represent each point. Thus, the number of spine points is always equal to one-third the length of vfSpine.
Constructor Details
- BaseExtrusion
  
  protected BaseExtrusion()
  
  Construct a default extrusion instance
- BaseExtrusion
  
  public BaseExtrusion(VRMLNodeType node)
  
  Construct a new instance of this node based on the details from the given node. If the node is not a Box node, an exception will be thrown.
  
  Parameters:
  
  node - The node to copy
  
  Throws:
  
  IllegalArgumentException - The node is not a Group node
Method Details
- hasLocalColors
  
  public boolean hasLocalColors()
  
  Specified whether this node has color information. If so, then it will be used for diffuse terms instead of materials.
  
  Specified by:
  
  hasLocalColors in interface VRMLGeometryNodeType
  
  Returns:
  
  true Use local color information for diffuse lighting.
- hasLocalColorAlpha
  
  public boolean hasLocalColorAlpha()
  
  Specified whether this node has alpha values in the local colour information. If so, then it will be used for to override the material's transparency value.
  
  Specified by:
  
  hasLocalColorAlpha in interface VRMLGeometryNodeType
  
  Returns:
  
  true when the local color value has inbuilt alpha
- addLocalColorsListener
  
  public void addLocalColorsListener(LocalColorsListener l)
  
  Add a listener for local color changes. Nulls and duplicates will be ignored.
  
  Specified by:
  
  addLocalColorsListener in interface VRMLGeometryNodeType
  
  Parameters:
  
  l - The listener.
- removeLocalColorsListener
  
  public void removeLocalColorsListener(LocalColorsListener l)
  
  Remove a listener for local color changes. Nulls will be ignored.
  
  Specified by:
  
  removeLocalColorsListener in interface VRMLGeometryNodeType
  
  Parameters:
  
  l - The listener.
- addTexCoordGenModeChanged
  
  public void addTexCoordGenModeChanged(TexCoordGenModeListener l)
  
  Add a listener for texture coordinate generation mode changes. Nulls and duplicates will be ignored.
  
  Specified by:
  
  addTexCoordGenModeChanged in interface VRMLGeometryNodeType
  
  Parameters:
  
  l - The listener.
- removeTexCoordGenModeChanged
  
  public void removeTexCoordGenModeChanged(TexCoordGenModeListener l)
  
  Remove a listener for texture coordinate generation mode changes. Nulls will be ignored.
  
  Specified by:
  
  removeTexCoordGenModeChanged in interface VRMLGeometryNodeType
  
  Parameters:
  
  l - The listener.
- getTexCoordGenMode
  
  public String getTexCoordGenMode(int setNum)
  
  Get the texture coordinate generation mode. NULL is returned if the texture coordinates are not generated.
  
  Specified by:
  
  getTexCoordGenMode in interface VRMLGeometryNodeType
  
  Parameters:
  
  setNum - The set which this tex gen mode refers
  
  Returns:
  
  The mode or NULL
- setTextureCount
  
  public void setTextureCount(int count)
  
  Set the number of textures that were found on the accompanying Appearance node. Used to set the number of texture coordinates that need to be passed in to the renderer when no explicit texture coordinates were given.
  
  Specified by:
  
  setTextureCount in interface VRMLGeometryNodeType
  
  Parameters:
  
  count - The number of texture coordinate sets to add
- getNumSets
  
  public int getNumSets()
  
  Get the number of texture coordinate sets contained by this node
  
  Specified by:
  
  getNumSets in interface VRMLGeometryNodeType
  
  Returns:
  
  the number of texture coordinate sets
- isSolid
  
  public boolean isSolid()
  
  Get the value of the solid field.
  
  Specified by:
  
  isSolid in interface VRMLGeometryNodeType
  
  Returns:
  
  true This object is solid (ie single sided)
- isCCW
  
  public boolean isCCW()
  
  Get the value of the CCW field. If the node does not have one, this will return true.
  
  Specified by:
  
  isCCW in interface VRMLGeometryNodeType
  
  Returns:
  
  true if the vertices are CCW ordered
- isLightingEnabled
  
  public boolean isLightingEnabled()
  
  Specifies whether this node requires lighting.
  
  Specified by:
  
  isLightingEnabled in interface VRMLGeometryNodeType
  
  Returns:
  
  Should lighting be enabled
- getFieldIndex
  
  public int getFieldIndex(String fieldName)
  
  Get the index of the given field name. If the name does not exist for this node then return a value of -1.
  
  Specified by:
  
  getFieldIndex in interface VRMLNode
  
  Parameters:
  
  fieldName - The name of the field we want the index from
  
  Returns:
  
  The index of the field name or -1
- getNodeFieldIndices
  
  public int[] getNodeFieldIndices()
  
  Get the list of indices that correspond to fields that contain nodes ie MFNode and SFNode). Used for blind scene graph traversal without needing to spend time querying for all fields etc. If a node does not have any fields that contain nodes, this shall return null. The field list covers all field types, regardless of whether they are readable or not at the VRML-level.
  
  Specified by:
  
  getNodeFieldIndices in interface VRMLNode
  
  Returns:
  
  The list of field indices that correspond to SF/MFnode fields or null if none
- getFieldDeclaration
  
  public VRMLFieldDeclaration getFieldDeclaration(int index)
  
  Get the declaration of the field at the given index. This allows for reverse lookup if needed. If the field does not exist, this will give a value of null.
  
  Specified by:
  
  getFieldDeclaration in interface VRMLNode
  
  Parameters:
  
  index - The index of the field to get information
  
  Returns:
  
  A representation of this field's information
- getNumFields
  
  public int getNumFields()
  
  Get the number of fields.
  
  Specified by:
  
  getNumFields in interface VRMLNode
  
  Returns:
  
  The number of fields.
- getPrimaryType
  
  public int getPrimaryType()
  
  Get the primary type of this node. Replaces the instanceof mechanism for use in switch statements.
  
  Specified by:
  
  getPrimaryType in interface VRMLNode
  
  Returns:
  
  The primary type
- getFieldValue
  
  public VRMLFieldData getFieldValue(int index) throws InvalidFieldException
  
  Get the value of a field. If the field is a primitive type, it will return a class representing the value. For arrays or nodes it will return the instance directly.
  
  Specified by:
  
  getFieldValue in interface VRMLNodeType
  
  Overrides:
  
  getFieldValue in class AbstractNode
  
  Parameters:
  
  index - The index of the field to change.
  
  Returns:
  
  The class representing the field value
  
  Throws:
  
  InvalidFieldException - The field index is not known
- setValue
  
  public void setValue(int index, boolean value) throws InvalidFieldException, InvalidFieldValueException
  
  Set the value of the field at the given index as an boolean. This would be used to set SFBool field types.
  
  Specified by:
  
  setValue in interface VRMLNodeType
  
  Overrides:
  
  setValue in class AbstractNode
  
  Parameters:
  
  index - The index of destination field to set
  
  value - The new value to use for the node
  
  Throws:
  
  InvalidFieldException - The field index is not known
  
  InvalidFieldValueException - The value provided is out of range for the field type.
- setValue
  
  public void setValue(int index, float value) throws InvalidFieldException, InvalidFieldValueException
  
  Set the value of the field at the given index as a float. This would be used to set SFFloat field types.
  
  Specified by:
  
  setValue in interface VRMLNodeType
  
  Overrides:
  
  setValue in class AbstractNode
  
  Parameters:
  
  index - The index of destination field to set
  
  value - The new value to use for the node
  
  Throws:
  
  InvalidFieldException - The field index is not known
  
  InvalidFieldValueException - The value provided is out of range for the field type.
- setValue
  
  public void setValue(int index, float[] value, int numValid) throws InvalidFieldException, InvalidFieldValueException, InvalidFieldAccessException
  
  Set the value of the field at the given index as an array of floats. This would be used to set MFFloat, SFVec2f, SFVec3f and SFRotation field types.
  
  Specified by:
  
  setValue in interface VRMLNodeType
  
  Overrides:
  
  setValue in class AbstractNode
  
  Parameters:
  
  index - The index of destination field to set
  
  value - The new value to use for the node
  
  numValid - The number of valid values to copy from the array
  
  Throws:
  
  InvalidFieldException - The field index is not known
  
  InvalidFieldValueException - The value provided is out of range for the field type.
  
  InvalidFieldAccessException - The call is attempting to write to a field that does not permit writing now

Class BaseExtrusion

Field Summary

Fields inherited from class org.web3d.vrml.renderer.common.nodes.AbstractNode

Constructor Summary

Method Summary

Methods inherited from class org.web3d.vrml.renderer.common.nodes.AbstractNode

Methods inherited from class java.lang.Object

Methods inherited from interface org.web3d.vrml.nodes.FrameStateListener

Methods inherited from interface org.web3d.vrml.lang.VRMLNode

Methods inherited from interface org.web3d.vrml.nodes.VRMLNodeType

Field Details

FIELD_BEGIN_CAP

FIELD_CCW

FIELD_CONVEX

FIELD_CREASE_ANGLE

FIELD_CROSS_SECTION

FIELD_END_CAP

FIELD_ORIENTATION

FIELD_SCALE

FIELD_SOLID

FIELD_SPINE

FIELD_SET_CROSS_SECTION

FIELD_SET_ORIENTATION

FIELD_SET_SCALE

FIELD_SET_SPINE

LAST_EXTRUSION_INDEX

NUM_FIELDS

vfCCW

vfConvex

vfCreaseAngle

vfCrossSection

numCrossSection

vfBeginCap

vfEndCap

vfOrientation

numOrientation

vfScale

numScale

vfSolid

vfSpine

numSpine

Constructor Details

BaseExtrusion

BaseExtrusion

Method Details

hasLocalColors

hasLocalColorAlpha

addLocalColorsListener

removeLocalColorsListener

addTexCoordGenModeChanged

removeTexCoordGenModeChanged

getTexCoordGenMode

setTextureCount

getNumSets

isSolid

isCCW

isLightingEnabled

getFieldIndex

getNodeFieldIndices

getFieldDeclaration

getNumFields

getPrimaryType

getFieldValue

setValue

setValue

setValue