gestalt.candidates
Class JoglIndexedTriangleMesh

java.lang.Object
  gestalt.shape.AbstractShape
      gestalt.candidates.JoglIndexedTriangleMesh

All Implemented Interfaces:

Drawable, java.io.Serializable

public class JoglIndexedTriangleMesh
extends AbstractShape

See Also:

Serialized Form

Nested Class Summary

class

JoglIndexedTriangleMesh.IndexedTriangle

Constructor Summary

JoglIndexedTriangleMesh()

Method Summary

void	addTriangle(int a, int b, int c)
void	addTriangle(JoglIndexedTriangleMesh.IndexedTriangle theTriangle)
void	addTriangle(Vector3f a, Vector3f b, Vector3f c)
void	addTriangles(float[] theVertices)
void	addTriangles(float[] theVertices, float[] theColors, float[] theTexCoords)
void	addTriangles(java.util.Vector<Vector3f> theVertices)
int	addVertex(Vector3f theVertex, Vector3f theNormal)
int	addVertex(Vector3f theVertex, Vector3f theNormal, Color theColor)
void	addVertices(float[] theVertices)
void	dispose(GLContext theRenderContext)
void	draw(GLContext theRenderContext) this method is used to draw the drawable, when the context is ready.
int	findVertex(Vector3f theVector)
java.util.Vector<JoglIndexedTriangleMesh.IndexedTriangle>	indexlist()
void	minimumdistance(float theMinimumDistance)
java.util.Vector<Vector3f>	normals()
void	removeTriangle(JoglIndexedTriangleMesh.IndexedTriangle theIndexedTriangle)
void	split(float theMinArea)
boolean	splitCentroid(JoglIndexedTriangleMesh.IndexedTriangle theTriangle, float theMinArea)
java.util.Vector<Vector3f>	vertices()

Methods inherited from class gestalt.shape.AbstractShape

add, getSortData, getSortValue, getTransformMode, isActive, isSortable, material, position, position, position, position, rotation, rotation, scale, scale, scale, setActive, setChildContainer, setMaterialRef, setPositionRef, setRotationRef, setScaleRef, setSortValue, setTransformMode, setTransformRef, transform

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

JoglIndexedTriangleMesh

public JoglIndexedTriangleMesh()

Method Detail

minimumdistance

public void minimumdistance(float theMinimumDistance)

split

public void split(float theMinArea)

splitCentroid

public boolean splitCentroid(JoglIndexedTriangleMesh.IndexedTriangle theTriangle,
                             float theMinArea)

vertices

public java.util.Vector<Vector3f> vertices()

normals

public java.util.Vector<Vector3f> normals()

indexlist

public java.util.Vector<JoglIndexedTriangleMesh.IndexedTriangle> indexlist()

removeTriangle

public void removeTriangle(JoglIndexedTriangleMesh.IndexedTriangle theIndexedTriangle)

addTriangle

public void addTriangle(JoglIndexedTriangleMesh.IndexedTriangle theTriangle)

addTriangle

public void addTriangle(int a,
                        int b,
                        int c)

addTriangle

public void addTriangle(Vector3f a,
                        Vector3f b,
                        Vector3f c)

addTriangles

public void addTriangles(java.util.Vector<Vector3f> theVertices)

addTriangles

public void addTriangles(float[] theVertices)

addTriangles

public void addTriangles(float[] theVertices,
                         float[] theColors,
                         float[] theTexCoords)

addVertices

public void addVertices(float[] theVertices)

addVertex

public int addVertex(Vector3f theVertex,
                     Vector3f theNormal)

addVertex

public int addVertex(Vector3f theVertex,
                     Vector3f theNormal,
                     Color theColor)

findVertex

public int findVertex(Vector3f theVector)

draw

public void draw(GLContext theRenderContext)

Description copied from interface: Drawable

this method is used to draw the drawable, when the context is ready. although the behavior sometimes varies and doesn t always need to have a visual representation depending on the implementation.

Parameters:

theRenderContext - GLContext

dispose

public void dispose(GLContext theRenderContext)