public void setup() {
_myArcball = new CCArcball(this);
final List<CCForce> myForces = new ArrayList<CCForce>();
myForces.add(_myViscousDrag = new CCViscousDrag(0.3f));
myForces.add(_myForceField);
myForces.add(_myTargetForce = new CCGPUMultiTargetForce(700, 700));
myForces.add(_myGravity = new CCGravity(new CCVector3f()));
_myParticles = new CCParticles(g, myForces, new ArrayList<CCGPUConstraint>(), 700, 700);
_myEmitter = new CCGPUIndexParticleEmitter(_myParticles);
_myQuad =
new CCQuad3f(
new CCVector3f(-250, -250, 0),
new CCVector3f(250, -250, 0),
new CCVector3f(250, 250, 0),
new CCVector3f(-250, 250, 0));
_myTargetSetup = new CCGPUTargetQuadSetup(_myQuad, CCGPUTargetQuadCreationMode.RANDOM);
_myTargetForce.targetSetup(_myTargetSetup);
for (int i = 0; i < 700 * 700; i++) {
_myEmitter.emit(new CCVector3f(0, 0, 0), CCVecMath.random3f(10), 10, true);
}
addControls("app", "app", this);
fixUpdateTime(1 / 30f);
_myTileSaver = new CCTileSaver(g);
addUpdateListener(_myTileSaver);
addPostListener(_myTileSaver);
}
@Override
public void keyPressed(final CCKeyEvent theEvent) {
switch (theEvent.keyCode()) {
case VK_S:
_myTileSaver.init("export_tile3/" + frameCount + ".png", 5);
g.pointSize(10);
// CCScreenCapture.capture("export/"+frameCount+".png", width, height);
break;
case VK_R:
g.pointSize(1);
// _myBasicShader.reload();
// _myColorScaleShader.reload();
break;
case VK_D:
g.pointSize(1);
_myParticles.reset();
for (int i = 0; i < 700 * 700; i++) {
_myEmitter.emit(new CCVector3f(0, 0, 0), CCVecMath.random3f(10), 10, true);
}
break;
default:
}
}
@Override
public void setup() {
addControls("app", "app", this);
_myArcball = new CCArcball(this);
CCColladaLoader myColladaLoader = new CCColladaLoader("humanoid.dae");
CCColladaScene myScene = myColladaLoader.scenes().element(0);
CCColladaSkinController mySkin = myColladaLoader.controllers().element(0).skin();
CCColladaSkeleton mySkeleton = new CCColladaSkeleton(mySkin, myScene.node("bvh_import/Hips"));
if (USE_SKELETON_SENDER) {
_myReceiver = new CCSkeletonReceiver(new CCUDPIn<>(new CCNetXMLCodec(), "127.0.0.1", 9000));
_mySkeletonManager = new CCSkeletonManager(this, mySkeleton, _myReceiver);
_myReceiver.start();
} else {
_myOpenNI = new CCOpenNI(this);
_myOpenNI.openFileRecording("SkeletonRec.oni");
_myUserGenerator = _myOpenNI.createUserGenerator();
_myOpenNI.start();
_mySkeletonManager =
new CCSkeletonManager(this, mySkeleton, new CCOpenNISkeletonProvider(_myUserGenerator));
}
_myTouchInteractionManager =
new CCSkeletonTouchInteractionManager(
this, CCSkeletonJointType.LEFT_HAND, CCSkeletonJointType.RIGHT_HAND);
_mySkeletonManager.events().add(_myTouchInteractionManager);
_myTouchInteractionManager.createMouseSource();
CCSkeletonTouchLocationListener myListener =
new CCSkeletonTouchLocationListener() {
@Override
public void onOver(CCSkeletonTouchLocation theLocation) {
// CCLog.info("ON OVER:" + theLocation.name());
}
@Override
public void onOut(CCSkeletonTouchLocation theLocation) {
// CCLog.info("ON OUT:" + theLocation.name());
}
@Override
public void onSelect(CCSkeletonTouchLocation theLocation) {
// CCLog.info("ON SELECT:" + theLocation.name());
}
@Override
public void onDeselect(CCSkeletonTouchLocation theLocation) {
// CCLog.info("ON DESELECT:" + theLocation.name());
}
};
for (int i = 0; i < 100; i++) {
CCSkeletonTouchLocation myLocation =
new CCSkeletonTouchLocation("loc:" + i, CCVecMath.random3f(300));
myLocation.events().add(myListener);
_myTouchInteractionManager.locations().add(myLocation);
}
}
