/**
* Notification that the construction phase of this node has finished. If the node would like to
* do any internal processing, such as setting up geometry, then go for it now.
*/
public void setupFinished() {
if (!inSetup) return;
super.setupFinished();
SphereGenerator generator = new SphereGenerator(vfRadius, 32);
GeometryData data = new GeometryData();
data.geometryType = GeometryData.TRIANGLE_STRIPS;
data.geometryComponents = GeometryData.NORMAL_DATA | GeometryData.TEXTURE_2D_DATA;
generator.generate(data);
impl = new TriangleStripArray(false, VertexGeometry.VBO_HINT_STATIC);
impl.setVertices(TriangleStripArray.COORDINATE_3, data.coordinates, data.vertexCount);
impl.setStripCount(data.stripCounts, data.numStrips);
impl.setNormals(data.normals);
// Make an array of objects for the texture setting
float[][] textures = {data.textureCoordinates};
int[] tex_type = {TriangleStripArray.TEXTURE_COORDINATE_2};
impl.setTextureCoordinates(tex_type, textures, 1);
// Setup 4 texture units
int[] tex_maps = new int[4];
for (int i = 0; i < 4; i++) tex_maps[i] = 0;
impl.setTextureSetMap(tex_maps, 4);
OGLUserData u_data = new OGLUserData();
u_data.geometryData = data;
impl.setUserData(u_data);
}
private Grid generateTorus() {
double ir = 0.002f;
double or = 0.006f;
int facets = 64;
TorusGenerator tg = new TorusGenerator((float) ir, (float) or, facets, facets);
GeometryData geom = new GeometryData();
geom.geometryType = GeometryData.TRIANGLES;
tg.generate(geom);
double bounds = TriangleModelCreator.findMaxBounds(geom);
double size = 2.1 * bounds; // Slightly over allocate
Grid grid = new ArrayAttributeGridByte(size, size, size, 0.0005, 0.0005);
double x = bounds;
double y = x;
double z = x;
double rx = 0, ry = 1, rz = 0, rangle = 0;
int outerMaterial = 1;
int innerMaterial = 1;
TorusCreator tc =
new TorusCreator(ir, or, x, y, z, rx, ry, rz, rangle, innerMaterial, outerMaterial);
grid = new RangeCheckWrapper(grid);
tc.generate(grid);
return grid;
}
/**
* The geometry definition is now finished so take the given field values and generate the
* triangle output.
*
* @param ch The content handler instance to write to
* @param sh The script handler instance to write to
* @param ph The proto handler instance to write to
* @param rh The route handler instance to write to
*/
void generateOutput(ContentHandler ch, ScriptHandler sh, ProtoHandler ph, RouteHandler rh) {
// Set up the coordinate array and indices.
ConeGenerator generator = new ConeGenerator(height, radius);
GeometryData data = new GeometryData();
data.geometryType = GeometryData.INDEXED_TRIANGLES;
data.geometryComponents = GeometryData.NORMAL_DATA | GeometryData.TEXTURE_2D_DATA;
generator.generate(data);
ch.startNode("IndexedTriangleSet", null);
ch.startField("coord");
ch.startNode("Coordinate", null);
ch.startField("point");
if (ch instanceof BinaryContentHandler) {
((BinaryContentHandler) ch).fieldValue(data.coordinates, data.coordinates.length);
} else if (ch instanceof StringContentHandler) {
StringBuffer buf = new StringBuffer();
for (int i = 0; i < data.coordinates.length; i++) {
buf.append(data.coordinates[i]);
buf.append(' ');
}
((StringContentHandler) ch).fieldValue(buf.toString());
}
ch.endField(); // point
ch.endNode(); // Coordinate
ch.endField(); // coord
ch.startField("index");
if (ch instanceof BinaryContentHandler) {
((BinaryContentHandler) ch).fieldValue(data.indexes, data.indexes.length);
} else if (ch instanceof StringContentHandler) {
StringBuffer buf = new StringBuffer();
for (int i = 0; i < data.indexes.length; i++) {
buf.append(data.indexes[i]);
buf.append(' ');
}
((StringContentHandler) ch).fieldValue(buf.toString());
}
ch.endField(); // index
if (!solid) {
ch.startField("solid");
if (ch instanceof BinaryContentHandler) {
((BinaryContentHandler) ch).fieldValue(solid);
} else if (ch instanceof StringContentHandler) {
((StringContentHandler) ch).fieldValue("FALSE");
}
ch.endField(); // solid
}
ch.endNode(); // IndexedTriangleSet
}
