/**
* Notification that the script has completed the setup and should go about its own internal
* initialization.
*/
public void initialize() {
touchTime = (SFTime) fields.get("touchTime");
// Listen to events on touchTime
touchTime.addX3DEventListener(this);
// Create nodes directly in the parent scene
X3DScene scene = (X3DScene) browser.getExecutionContext();
X3DShapeNode shape = (X3DShapeNode) scene.createNode("Shape");
X3DGeometryNode box = (X3DGeometryNode) scene.createNode("Box");
X3DNode touchSensor = scene.createNode("TouchSensor");
shape.setGeometry(box);
// Create a Group to hold the nodes
X3DGroupingNode group = (X3DGroupingNode) scene.createNode("Group");
// Add the shape and sensor to the group
group.addChild(shape);
group.addChild(touchSensor);
// Add the nodes to the scene
scene.addRootNode(group);
// Get a handle to the toplevel execution context
scene.addRoute(touchSensor, "touchTime", selfRef, "touchTime");
}
public void initialize() {
// System.out.println("Creating Fence geometry");
int num = 0;
int len = startField.getSize();
float[] start = new float[3];
float[] end = new float[3];
float height;
// One shape for a panel, panelTop and post, post Top
int shape_groups = 4;
int num_panels = len;
int num_panels_per_shape = fencesPerShapeField.getValue();
int num_shapes = (num_panels / num_panels_per_shape) * shape_groups;
int num_posts_per_shape = num_panels_per_shape;
// System.out.println("Number of posts: " + len);
// System.out.println("Number of panels: " + num_panels);
// System.out.println("Number of shapes: " + num_shapes);
// System.out.println("Number of panels per shape: " + num_panels_per_shape);
// System.out.println("Number of posts per shape: " + num_posts_per_shape);
X3DNode[] shapes = new X3DNode[num_shapes];
X3DExecutionContext mainScene = browser.getExecutionContext();
// Create a common Appearance to share
X3DNode[] appearances = new X3DNode[appearanceField.getSize()];
appearanceField.getValue(appearances);
X3DNode panel_appearance = appearances[panelAppearanceField.getValue()];
X3DNode panelTop_appearance = appearances[panelTopAppearanceField.getValue()];
X3DNode panelRail_appearance = appearances[panelRailAppearanceField.getValue()];
X3DNode post_appearance = appearances[postAppearanceField.getValue()];
X3DNode postTop_appearance = appearances[postTopAppearanceField.getValue()];
int shape_idx = 0;
// Create Panels
X3DNode[] new_shapes =
createSegmentGeom(
mainScene,
panel_appearance,
postField,
postGeometryField,
panelHeightField,
startField,
endField,
false,
null,
len,
(num_shapes / shape_groups),
num_posts_per_shape,
true,
true,
1,
1);
for (int i = 0; i < new_shapes.length; i++) {
shapes[shape_idx++] = new_shapes[i];
}
// Create PanelTops
new_shapes =
createSegmentGeom(
mainScene,
panelTop_appearance,
postField,
postGeometryField,
panelTopHeightField,
startField,
endField,
true,
panelHeightField,
len,
(num_shapes / shape_groups),
num_posts_per_shape,
true,
true,
15,
10);
for (int i = 0; i < new_shapes.length; i++) {
X3DNode panel_shape = mainScene.createNode("Shape");
shapes[shape_idx++] = new_shapes[i];
}
// Create Posts
new_shapes =
createVertexGeom(
mainScene,
post_appearance,
postField,
postGeometryField,
postSizeField,
startField,
endField,
false,
null,
(num_shapes / shape_groups),
num_posts_per_shape);
for (int i = 0; i < new_shapes.length; i++) {
X3DNode panel_shape = mainScene.createNode("Shape");
shapes[shape_idx++] = new_shapes[i];
}
// Create PostTops
new_shapes =
createVertexGeom(
mainScene,
postTop_appearance,
postTopField,
postTopGeometryField,
postTopSizeField,
startField,
endField,
true,
postSizeField,
(num_shapes / shape_groups),
num_posts_per_shape);
for (int i = 0; i < new_shapes.length; i++) {
shapes[shape_idx++] = new_shapes[i];
}
childrenField.setValue(shapes.length, shapes);
// System.out.println("Done creating fence geometry");
}
