/** Given the Avatar character, create and set it's collision controller. */
private void setCollisionController(WlAvatarCharacter avatar) {
// Create a spatial that represents the bounds of the avatar to use
// for collision. These are hardcoded values for now.
Vector3f origin = new Vector3f(0f, 0.57f, 0.0f);
float radius = 0.25f;
if (selectedForInput) {
Spatial collisionGraph = new Sphere("AvatarCollision", origin, 10, 10, radius);
collisionGraph.setModelBound(new BoundingBox());
collisionGraph.updateModelBound();
// Fetch the JME Collision system using the server manager of the Cell
// to which this renderer is attached.
ServerSessionManager manager = cell.getCellCache().getSession().getSessionManager();
CollisionSystem collisionSystem = ClientContextJME.getCollisionSystem(manager, "Default");
// Create a new collision controller, and set on the avatar
CollisionController controller =
new CollisionController(collisionGraph, (JMECollisionSystem) collisionSystem);
collisionChangeRequestListener.setCollisionController(controller);
AvatarController ac = (AvatarController) avatar.getContext().getController();
ac.setCollisionController(controller);
if (collisionListener == null) {
collisionListener = new WLCollisionListener();
}
ac.addCollisionListener(collisionListener);
} else {
AvatarController ac = (AvatarController) avatar.getContext().getController();
ac.setCollisionController(null);
ac.removeCollisionListener(collisionListener);
}
}
public static void setTranslucent(Spatial spatial) {
MaterialState rs = (MaterialState) doRemoveRenderState(spatial, StateType.Material);
if (rs != null) {
materials.put(spatial.getName(), rs);
MaterialState newState = DisplaySystem.getDisplaySystem().getRenderer().createMaterialState();
ColorRGBA ambient = rs.getAmbient();
ambient.a = .5f;
ColorRGBA diffuse = rs.getDiffuse();
diffuse.a = .5f;
ColorRGBA emissive = rs.getEmissive();
emissive.a = .5f;
ColorRGBA specular = rs.getSpecular();
specular.a = .5f;
newState.setAmbient(ambient);
newState.setColorMaterial(rs.getColorMaterial());
newState.setDiffuse(diffuse);
newState.setEmissive(emissive);
newState.setMaterialFace(rs.getMaterialFace());
newState.setShininess(rs.getShininess());
newState.setSpecular(specular);
}
spatial.updateRenderState();
if (spatial instanceof Node && ((Node) spatial).getChildren() != null) {
for (int i = 0; i < ((Node) spatial).getChildren().size(); i++) {
colorStripper(((Node) spatial).getChildren().get(i));
}
}
}
/**
* Sets an object to animate. The object's index is <code>index</code> and it's parent index is
* <code>parentIndex</code>. A parent index of -1 indicates it has no parent.
*
* @param objChange The spatial that will be updated by this SpatialTransformer.
* @param index The index of that spatial in this transformer's array
* @param parentIndex The parentIndex in this transformer's array for this Spatial
*/
public void setObject(Spatial objChange, int index, int parentIndex) {
toChange[index] = objChange;
pivots[index].setTranslation(objChange.getLocalTranslation());
pivots[index].setScale(objChange.getLocalScale());
pivots[index].setRotationQuaternion(objChange.getLocalRotation());
parentIndexes[index] = parentIndex;
}
public boolean validate(float x1, float z1, float x2, float z2, Spatial spatial) {
// generate the start and destination points
Vector3f start = new Vector3f(x1, EStats.SnowballHeight.getValue(), z1);
Vector3f destination = new Vector3f(x2, EStats.SnowballHeight.getValue(), z2);
// convert points to world coordinate system
spatial.localToWorld(start, start);
spatial.localToWorld(destination, destination);
// generate Ray for intersection detection
Vector3f direction = destination.subtract(start).normalizeLocal();
Ray moveRay = new Ray(start, direction);
// calculate the intersection between the move ray and the spatial
Vector3f hitPoint = getIntersection(moveRay, spatial, null, false);
// if there is no hit point, it is a valid throw
if (hitPoint == null) return true;
// if there is a hit point, compare the distances.
float distance1 = start.distanceSquared(destination);
float distance2 = start.distanceSquared(hitPoint);
if (distance1 <= distance2) return true;
else return false;
}
/** {@inheritDoc} */
public Vector3f getIntersection(Ray ray, Spatial parent, Vector3f store, boolean local) {
if (store == null) {
store = new Vector3f();
}
TrianglePickResults results = new TrianglePickResults();
results.setCheckDistance(true);
Vector3f[] vertices = new Vector3f[3];
parent.findPick(ray, results);
boolean hit = false;
if (results.getNumber() > 0) {
PickData data = results.getPickData(0);
ArrayList<Integer> triangles = data.getTargetTris();
if (!triangles.isEmpty()) {
TriMesh mesh = (TriMesh) data.getTargetMesh();
mesh.getTriangle(triangles.get(0).intValue(), vertices);
for (int j = 0; j < vertices.length; j++) {
mesh.localToWorld(vertices[j], vertices[j]);
}
hit = ray.intersectWhere(vertices[0], vertices[1], vertices[2], store);
if (hit && local) {
parent.worldToLocal(store, store);
return store;
} else if (hit && !local) {
return store;
}
}
}
return null;
}
/**
* <code>performAction</code> moves the camera along the negative left vector for a given distance
* of speed * time.
*
* @see com.jme.input.action.KeyInputAction#performAction(InputActionEvent)
*/
public void performAction(InputActionEvent evt) {
Vector3f loc = node.getLocalTranslation();
loc =
loc.addLocal(
node.getLocalRotation().getRotationColumn(0, tempVa).multLocal(-speed * evt.getTime()));
node.setLocalTranslation(loc);
}
private static RenderState doRemoveRenderState(Spatial s, StateType state) {
if (s.getRenderState(state) != null) {
RenderState rs = s.getRenderState(state);
s.clearRenderState(state);
return rs;
}
return null;
}
/** @param skinRegion null means match any (including no) skin region */
public boolean hasSkinGeometry(String geoName, String skinRegion) {
if (skins == null) return false;
validateSkins();
for (Spatial child : skins.getChildren())
if (child.getName().equals(geoName)
&& (skinRegion == null
|| (geometryRegions.containsKey(geoName)
&& geometryRegions.get(geoName).equals(skinRegion)))) return true;
return false;
}
/**
* Validates that the 'skins' node is either null or contains only Geometry children.
*
* @throws IllegalStateException if 'skins' contains a non-Geometry child.
*/
protected void validateSkins() {
if (skins == null || skins.getQuantity() < 1) return;
for (Spatial child : skins.getChildren())
if (!(child instanceof Geometry))
throw new IllegalStateException(
"'skins' contains non-Geometry child: "
+ child.getName()
+ " of type "
+ child.getClass().getName());
}
public void frameUpdate(float timePerFrame) {
// TODO Auto-generated method stub
// TODO Play Frame, when in the right time => Sync-Playback-rate
/*
*
// Put A Frame according to its Framerate
* TODO: Declare private long controller;
private long frameWait;
private long starttime;
private int iteration;
Initialize starttime = System.currentTimeMillis();
controller = System.currentTimeMillis();
frameWait = 1000 / perf.getFramerate();
iteration = 0;
This one into the update function:
if (System.currentTimeMillis() >= (controller + frameWait)){
controller = System.currentTimeMillis();
System.out.println("There you go: " + System.currentTimeMillis());
drawFrame();
iteration++;
}
if (System.currentTimeMillis() > (starttime + (iteration*frameWait)+frameWait)) {
// skip Frame
iteration += 2;
System.out.println("Look ma, no hands: " + iteration);
}
*/
// timer.getTimePerFrame();
if (oggDecoder.isReady()) {
oggDecoder.readBody();
TextureManager.releaseTexture(texture.getTextureKey());
texture =
TextureManager.loadTexture(
Toolkit.getDefaultToolkit().createImage(oggDecoder.getYUVBuffer()),
MinificationFilter.BilinearNearestMipMap,
MagnificationFilter.Bilinear,
true);
if (texture != null) {
if (textureState != null)
textureState = DisplaySystem.getDisplaySystem().getRenderer().createTextureState();
textureState.setTexture(texture);
quad.setRenderState(textureState);
quad.updateRenderState();
}
}
}
public static void lookForRenderState(Spatial s, StateType stateType) {
if (s.getRenderState(stateType) != null) {
System.out.println(s.getName() + " has " + stateType.toString());
} else {
System.out.println(s.getName() + " lacks " + stateType.toString());
}
if (s instanceof Node && ((Node) s).getChildren() != null) {
for (int i = 0; i < ((Node) s).getChildren().size(); i++) {
lookForRenderState(((Node) s).getChildren().get(i), stateType);
}
}
}
public static void completeColorStripper(Spatial spatial) {
spatial.clearRenderState(StateType.Material);
spatial.clearRenderState(StateType.Texture);
spatial.clearRenderState(StateType.Shade);
spatial.clearRenderState(StateType.Light);
spatial.updateRenderState();
if (spatial instanceof Node && ((Node) spatial).getChildren() != null) {
for (int i = 0; i < ((Node) spatial).getChildren().size(); i++) {
colorStripper(((Node) spatial).getChildren().get(i));
}
}
}
/**
* <code>performAction</code> rotates the camera about it's up vector or lock axis at a speed of
* movement speed * time. Where time is the time between frames and 1 corresponds to 1 second.
*
* @see com.jme.input.action.KeyInputAction#performAction(InputActionEvent)
*/
public void performAction(InputActionEvent evt) {
incr.loadIdentity();
if (lockAxis == null) {
node.getLocalRotation().getRotationColumn(1, tempVa);
tempVa.normalizeLocal();
incr.fromAngleNormalAxis(-speed * evt.getTime(), tempVa);
} else {
incr.fromAngleNormalAxis(-speed * evt.getTime(), lockAxis);
}
node.getLocalRotation()
.fromRotationMatrix(incr.mult(node.getLocalRotation().toRotationMatrix(tempMa), tempMb));
node.getLocalRotation().normalize();
}
public static void replaceMaterials(Spatial s) {
MaterialState ms = materials.remove(s.getName());
if (ms != null) {
s.setRenderState(ms);
}
s.updateRenderState();
if (s instanceof Node) {
if (((Node) s).getChildren() != null) {
for (Spatial child : ((Node) s).getChildren()) {
replaceMaterials(child);
}
}
}
}
/**
* Applies color to a Spatial in the form of a <code>MaterialState</code>.
*
* @param spatial
* @param diffuseColor
* @param ambientColor
* @see MaterialState
*/
public static MaterialState applyColor(
Spatial spatial, ColorRGBA diffuseColor, ColorRGBA ambientColor) {
colorStripper(spatial);
MaterialState targetMaterial =
DisplaySystem.getDisplaySystem().getRenderer().createMaterialState();
targetMaterial.setDiffuse(diffuseColor);
targetMaterial.setAmbient(ambientColor);
spatial.setRenderState(targetMaterial);
spatial.updateRenderState();
if (workingState != null) {
MaterialState ms = (MaterialState) workingState;
workingState = null;
return ms;
} else return null;
}
public static void deepRotate(Spatial s, int x, int y, int z) {
Quaternion q = s.getLocalRotation();
// only transform objects with non-zero rotation
if (q.x != 0 || q.y != 0 || q.z != 0 || q.w != 1) {
s.setLocalRotation(q.addLocal(Rotator.fromThreeAngles(x, y, z)));
}
if (s instanceof Node) {
if (((Node) s).getChildren() != null) {
for (Spatial child : ((Node) s).getChildren()) {
deepRotate(child, x, y, z);
}
}
}
}
public static void printStructure(Spatial s) {
if (s.getParent() != null) {
logger.debug(
s.getParent().getName() + "." + s.getName() + " (" + s.getClass().getName() + ")");
} else {
logger.debug("Printing Structure of " + s.getName());
}
if (s instanceof Node) {
if (((Node) s).getChildren() != null) {
for (Spatial child : ((Node) s).getChildren()) {
printStructure(child);
}
}
}
}
public static void printModelOrigins(Spatial s) {
if (s instanceof Node) {
logger.info(
"Node \""
+ s.getName()
+ "\" located at "
+ s.getLocalTranslation().getX()
+ ", "
+ s.getLocalTranslation().getY()
+ ", "
+ s.getLocalTranslation().getZ());
for (Spatial child : ((Node) s).getChildren()) {
printModelOrigins(child);
}
}
}
/**
* Retrieve the spatial with given reference class.
*
* @param root The root <code>Node</code> to stop check at.
* @param spatial The <code>Spatial</code> to check.
* @param reference The <code>Class</code> reference of the expected object.
* @return The <code>Spatial</code> that is of the given reference <code>Class</code>.
*/
private Spatial validateClass(Node root, Spatial spatial, Class<? extends Spatial> reference) {
if (spatial.getClass().equals(reference)) {
return spatial;
} else {
while (spatial.getParent() != null) {
spatial = spatial.getParent();
if (spatial == root) {
return null; // TODO Should throw an exception here saying reached parent.
} else if (spatial.getClass().equals(reference)) {
return spatial;
}
}
// TODO Should throw an exception here saying that cannot find the referencing class.
}
return null;
}
/**
* Walks through the scenegraph beneath the supplied {@link Spatial} and indicates to any attached
* textures that the data should be stored internally rather than in the file. Original image file
* locations are saved and returned.
*
* @param s The object to perform this action on
* @param textureFiles - used for recursion; pass in null
* @return The locations of all located textures
*/
public static List<URL> setupTextureStorage(Spatial s, List<URL> textureFiles) {
if (textureFiles == null) {
textureFiles = new ArrayList<URL>();
}
if (s instanceof Node) {
// a Node shouldn't have a texture state attached to it, but in case it does:
if (s.getRenderState(StateType.Texture) != null) {
TextureState ts = (TextureState) s.getRenderState(StateType.Texture);
for (int i = 0; i < ts.getNumberOfSetTextures(); i++) {
Texture tex = ts.getTexture(i);
if (tex != null) {
try {
textureFiles.add(new URL(tex.getImageLocation()));
} catch (MalformedURLException e) {
e.printStackTrace();
}
tex.setStoreTexture(true);
}
}
}
if (((Node) s).getChildren() != null) {
Iterator<Spatial> it = ((Node) s).getChildren().iterator();
while (it.hasNext()) {
setupTextureStorage(it.next(), textureFiles);
}
}
} else {
if (s.getRenderState(StateType.Texture) != null) {
TextureState ts = (TextureState) s.getRenderState(StateType.Texture);
for (int i = 0; i < ts.getNumberOfSetTextures(); i++) {
Texture tex = ts.getTexture(i);
if (tex != null) {
try {
textureFiles.add(new URL(tex.getImageLocation()));
} catch (MalformedURLException e) {
e.printStackTrace();
}
tex.setStoreTexture(true);
}
}
}
}
return textureFiles;
}
public static void colorStripper(Spatial spatial) {
// exception for the nodes used for building edit function
if (spatial.getName().startsWith("$editorWidget")) {
// logger.info(spatial.getName() + " is a editor widget");
return;
}
// logger.info(spatial.getName() + " is not editor widget");
MaterialState rs = (MaterialState) doRemoveRenderState(spatial, StateType.Material);
if (rs != null) {
materials.put(spatial.getName(), rs);
}
spatial.updateRenderState();
if (spatial instanceof Node && ((Node) spatial).getChildren() != null) {
for (int i = 0; i < ((Node) spatial).getChildren().size(); i++) {
colorStripper(((Node) spatial).getChildren().get(i));
}
}
}
/**
* Strips a specified RenderState from a Spatial and all of its children if there are any.
*
* @param s The spatial to strip
* @param state The RenderState to be removed
* @see RenderState
*/
public static void removeRenderState(Spatial s, StateType state) {
doRemoveRenderState(s, state);
if (s instanceof Node && ((Node) s).getChildren() != null) {
for (int i = 0; i < ((Node) s).getChildren().size(); i++) {
removeRenderState(((Node) s).getChildren().get(i), state);
}
}
s.updateRenderState();
}
/**
* We can't control how skin Geometries are removed, so we must cull unused region mappings before
* we use it.
*
* <p>Note that we never cull an entry unless the named Geometry is missing. We will not cull
* because the skin region has not been loaded, or if the indicated Geometry is not a
* SkinTransferNode Geometry (in both cases, we have no way of knowing).
*/
protected void cullRegionMappings() {
if (skins == null || skins.getQuantity() < 1) {
geometryRegions.clear();
return;
}
Set<String> zapKeys = new HashSet<String>();
// We can't use getChild(), descendantMatches(), etc., since we only
// want to check direct children, not grandchildren, etc.
EACH_KEY:
for (String key : geometryRegions.keySet()) {
for (Spatial child : skins.getChildren()) if (child.getName().equals(key)) continue EACH_KEY;
// There is no active skin with name of this key
zapKeys.add(key);
}
for (String key : zapKeys) {
geometryRegions.remove(key);
logger.log(Level.FINE, "Culled region mapping for ''{0}''", key);
}
}
public void update(float time) {
// //TODO: We only take care of walking at the moment
// 2 events ?? why ?
super.update(time);
// TODO: Take this out and register individual actions !
Vector3f location = player.getLocalTranslation();
Quaternion rotation = player.getLocalRotation();
boolean forward = KeyBindingManager.getKeyBindingManager().isValidCommand(PROP_KEY_FORWARD);
boolean backward = KeyBindingManager.getKeyBindingManager().isValidCommand(PROP_KEY_BACKWARD);
int moveStatus = ClientPlayerData.getInstance().getPlayer().getMoveStatus();
// TODO: Refactor !
if (!(forward && backward)) {
if (!forward && (moveStatus == Globals.WALKING || moveStatus == Globals.RUNNING)) {
sendMovementEvent(Globals.STANDING, EventTypes.MOVEMENT_STOP_WALK, location, rotation);
} else if (forward && moveStatus != Globals.WALKING) {
sendMovementEvent(Globals.WALKING, EventTypes.MOVEMENT_START_WALK, location, rotation);
} else if (!backward && moveStatus == Globals.WALKING_BACKWARD) {
sendMovementEvent(Globals.STANDING, EventTypes.MOVEMENT_STOP_WALK, location, rotation);
} else if (backward && moveStatus != Globals.WALKING_BACKWARD) {
sendMovementEvent(
Globals.WALKING_BACKWARD, EventTypes.MOVEMENT_START_WALK_BACKWARDS, location, rotation);
}
}
boolean turnLeft = KeyBindingManager.getKeyBindingManager().isValidCommand(PROP_KEY_LEFT);
boolean turnRight = KeyBindingManager.getKeyBindingManager().isValidCommand(PROP_KEY_RIGHT);
if (!(turnRight && turnLeft)) {
int turnStatus = ClientPlayerData.getInstance().getPlayer().getTurnStatus();
if (turnLeft && turnStatus != Globals.TURN_LEFT) {
sendTurnMovementEvent(
Globals.TURN_LEFT, EventTypes.MOVEMENT_START_TURN_LEFT, location, rotation);
} else if (!turnLeft && turnStatus == Globals.TURN_LEFT) {
sendTurnMovementEvent(Globals.NO_TURN, EventTypes.MOVEMENT_STOP_TURN, location, rotation);
} else if (turnRight && turnStatus != Globals.TURN_RIGHT) {
sendTurnMovementEvent(
Globals.TURN_RIGHT, EventTypes.MOVEMENT_START_TURN_RIGHT, location, rotation);
} else if (!turnRight && turnStatus == Globals.TURN_RIGHT) {
sendTurnMovementEvent(Globals.NO_TURN, EventTypes.MOVEMENT_STOP_TURN, location, rotation);
}
}
}
public Vector3f getDestination(float x1, float z1, float x2, float z2, Spatial spatial) {
// generate the start and destination points
Vector3f start = new Vector3f(x1, EStats.SnowmanHeight.getValue() / 2.0f, z1);
Vector3f destination = new Vector3f(x2, EStats.SnowmanHeight.getValue() / 2.0f, z2);
// convert points to world coordinate system
spatial.localToWorld(start, start);
spatial.localToWorld(destination, destination);
// generate Ray for intersection detection
Vector3f direction = destination.subtract(start).normalizeLocal();
Ray moveRay = new Ray(start, direction);
// calculate the intersection between the move ray and the spatial
Vector3f hitPoint = getIntersection(moveRay, spatial, null, false);
// if there are no obstacles, return the destination directly
if (hitPoint == null) {
spatial.worldToLocal(destination, destination);
return destination;
} else {
float originalDistance = destination.distance(start);
float newDistance = hitPoint.distance(start);
if (originalDistance > newDistance - EStats.BackoffDistance.getValue()) {
// we are either trying to go through a hit point
// or got too close to one
direction.multLocal(EStats.BackoffDistance.getValue());
Vector3f newDestination = hitPoint.subtractLocal(direction);
spatial.worldToLocal(newDestination, newDestination);
return newDestination;
} else {
// destination is not close to any hit points so
// we can just return it directly
spatial.worldToLocal(destination, destination);
return destination;
}
}
}
public static boolean checkForRenderState(Spatial s, StateType stateType) {
if (s.getRenderState(stateType) != null) {
return true;
} else {
if (s instanceof Node && ((Node) s).getChildren() != null) {
for (int i = 0; i < ((Node) s).getChildren().size(); i++) {
if (checkForRenderState(((Node) s).getChildren().get(i), stateType)) {
return true;
}
}
}
}
return false;
}
public Enemy(String id, Renderer renderer) {
super(id, null);
URL model = getClass().getClassLoader().getResource("fokker.jme");
Spatial ship = null;
try {
ship = (Spatial) BinaryImporter.getInstance().load(model.openStream());
} catch (IOException e) {
e.printStackTrace();
}
ship.setLocalScale(.2f);
TextureState ts = renderer.createTextureState();
ts.setEnabled(true);
ts.setTexture(
TextureManager.loadTexture(
getClass().getClassLoader().getResource("fokker.jpg"),
Texture.MinificationFilter.Trilinear,
Texture.MagnificationFilter.Bilinear));
ship.setRenderState(ts);
ship.setNormalsMode(NormalsMode.AlwaysNormalize);
ship.setModelBound(new BoundingBox());
ship.updateModelBound();
// ship.setLocalRotation(new Quaternion().fromAngleAxis(FastMath.PI, Vector3f.UNIT_Z));
setModel(ship);
Vector3f[] points = new Vector3f[6];
points[0] = new Vector3f(110, 0, 110);
points[1] = new Vector3f(110, 0, 50);
points[2] = new Vector3f(-20, 0, 10);
points[3] = new Vector3f(20, 0, -20);
points[4] = new Vector3f(-90, 0, -90);
points[5] = new Vector3f(0, 0, 110);
endPoint = points[5];
CatmullRomCurve curve = new CatmullRomCurve("Curve", points);
curve.setSteps(512);
// ship.setLocalTranslation(points[0]);
// curve.setCullHint(CullHint.Always);
CurveController curveController = new CurveController(curve, ship);
ship.addController(curveController);
curveController.setRepeatType(Controller.RT_CLAMP);
curveController.setSpeed(0.05f);
curveController.setAutoRotation(true);
curveController.setUpVector(new Vector3f(0, 0.5f, 0));
attachChild(curve);
ExplosionFactory.warmup();
}
/**
* Nudges an entire object in the given direction through manipulation of its vertices rather than
* position of the Spatial itself.
*
* @param s The Spatial to move.
* @param x The amount of x units to move the object.
* @param y The amount of y units to move the object.
* @param z The amount of z units to move the object.
*/
public static void adjustObject(Spatial s, float x, float y, float z) {
logger.info("Moving " + s.getName() + " " + x + "," + y + "," + z);
if (s instanceof TriMesh) {
FloatBuffer vb = ((TriMesh) s).getVertexBuffer();
vb.rewind();
float[] floatArray = new float[vb.capacity()];
for (int i = 0; i < ((TriMesh) s).getTriangleCount(); i++) {
floatArray[i * 3] = vb.get(i * 3) + x;
floatArray[i * 3] = vb.get(i * 3 + 1) + y;
floatArray[i * 3] = vb.get(i * 3 + 2) + z;
}
FloatBuffer newBuffer = FloatBuffer.allocate(vb.capacity());
newBuffer.put(floatArray);
((TriMesh) s).setVertexBuffer(newBuffer);
}
if (s instanceof QuadMesh) {
FloatBuffer vb = ((QuadMesh) s).getVertexBuffer();
vb.rewind();
float[] floatArray = new float[vb.capacity()];
for (int i = 0; i < ((QuadMesh) s).getQuadCount(); i++) {
floatArray[i * 4] = vb.get(i * 4) + x;
floatArray[i * 4] = vb.get(i * 4 + 1) + y;
floatArray[i * 4] = vb.get(i * 4 + 2) + z;
}
FloatBuffer newBuffer = FloatBuffer.allocate(vb.capacity());
newBuffer.put(floatArray);
((QuadMesh) s).setVertexBuffer(newBuffer);
}
if (s instanceof Node) {
if (((Node) s).getChildren() != null) {
for (Spatial child : ((Node) s).getChildren()) {
adjustObject(child, x, y, z);
}
}
}
}
private void createShape() {
quad = new Quad("texturedQuad", Scale.fromMeter(25), Scale.fromMeter(25));
// quad = new Box("", new Vector3f(), Scale.fromMeter(25), Scale.fromMeter(25),
// Scale.fromMeter(25));
// quad.setLocalTranslation(new Vector3f(0,0,-400));
texture =
TextureManager.loadTexture(
"data/foliage/A_Bush_1.png",
MinificationFilter.BilinearNearestMipMap,
MagnificationFilter.Bilinear);
if (texture != null) {
textureState = DisplaySystem.getDisplaySystem().getRenderer().createTextureState();
textureState.setTexture(texture);
quad.setRenderState(textureState);
}
// rootNode.attachChild(quad);
}
/**
* Sets the MaterialFaces for a given object. By using the applyToFront and applyToBack
* parameters, each desired combination of face settings can be produced (None, Front, Back,
* Both).
*
* @param spatial The spatial for which to set the MaterialFace
* @param applyToFront True if the front face should have the material applied
* @param applyToBack True if the back face should have the material applied
* @see MaterialFace
*/
public static void setMaterialFaceApplication(
Spatial spatial, boolean applyToFront, boolean applyToBack) {
if (applyToFront && applyToBack) {
if (spatial.getRenderState(StateType.Material) != null)
((MaterialState) spatial.getRenderState(StateType.Material))
.setMaterialFace(MaterialFace.FrontAndBack);
} else if (applyToFront) {
if (spatial.getRenderState(StateType.Material) != null)
((MaterialState) spatial.getRenderState(StateType.Material))
.setMaterialFace(MaterialFace.Front);
} else if (applyToBack) {
if (spatial.getRenderState(StateType.Material) != null)
((MaterialState) spatial.getRenderState(StateType.Material))
.setMaterialFace(MaterialFace.Back);
}
if (spatial instanceof Node) {
if (((Node) spatial).getChildren() != null) {
for (Spatial child : ((Node) spatial).getChildren()) {
setMaterialFaceApplication(child, applyToFront, applyToBack);
}
}
}
}
