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Previous bit: This part is only to show I had a bounding sphere to the bird body, and later on I tried to attach it to the wings, so it rotate from it and not from the wing itself bounding sphere.
//beginning of Rotation for Bird
TransformGroup Bird=new TransformGroup();
//will allow to modify object while executing
Bird.setCapability(TransformGroup.ALLOW_TRANSFORM_WRITE);
//alpha rotation time related
Alpha rotationAlphaBird=new Alpha(-1,400);
Alpha transAlphaBird=new Alpha(-1,5990);
//transform 3d trans for the interpolatipon
Transform3D transBird=new Transform3D();
//create transform 3d for the Bird
transBird.set(new Vector3f(1.90f,-.45f,0.9f));
//create the child tranform group for the Bird Box
Bird.setTransform(transBird);
//matrix for 2positions
Point3f[] cheminBird=new Point3f[3];
cheminBird[0]=new Point3f(1.95f,0.0f,-6.8f);
cheminBird[1]=new Point3f(1.95f,0.90f,-0.8f);
cheminBird[2]=new Point3f(1.95f,0.0f,5.8f);
//matrix of floats to make the dots match with timeline
float[] timePositionBird={0.00f,0.50f,1.0f};
PositionPathInterpolator interpolBird=new PositionPathInterpolator(transAlphaBird,Bird,transBird,timePosition,cheminBird);
BoundingSphere bounds3Bird=new BoundingSphere();
//BoundingSphere bounds3Bird= new BoundingSphere(new Point3d(0.0, 0.0, -50.0), 0.5);
interpolBird.setSchedulingBounds(bounds3Bird);
Bird.addChild(interpolBird);
//behviour for our rotation
RotationInterpolator rotatorBird= new RotationInterpolator(rotationAlphaBird,Bird);
// area where rotation will be
BoundingSphere boundsBird=new BoundingSphere();
rotatorBird.setSchedulingBounds(boundsBird);
Bird.addChild(rotatorBird);
//end of rotation For Bird
//----------------------début de la création de la rotation--------------------------------
TransformGroup WinRSpin=new TransformGroup();
// permet de modifier l'objet pendant l'execution
WinRSpin.setCapability(TransformGroup.ALLOW_TRANSFORM_WRITE);
// on crée un fonction de rotation au cours du temps
Alpha rotationAlphaWinRSpin=new Alpha(-1,2000);
Transform3D rot = new Transform3D();
// rot.rotX((float)Math.PI/- 2.0f);
//rot.rotX(-45);
//rot.rotX((-Math.PI / 4.0)+30);
rot.rotZ((-Math.PI / 4.0));
//rot.rotX(-Math.PI / 4.0);
//rot.rotY(-Math.PI / 4.0);
// rot.rotZ(-Math.PI / 4.0);
// rot.rotY(00);
//rot.rotZ(45);
// on crée un comportement qui va appliquer la rotation à l'objet voulu
// on définit la zone sur laquelle va s'appliquer la rotation
RotationInterpolator rotatorWinRSpin=new RotationInterpolator(rotationAlphaWinRSpin,WinRSpin, rot, 0.50f,(float)(2.0*Math.PI));
BoundingSphere boundsWinRSpin=new BoundingSphere(new Point3d((Math.PI / 4.0), 0.0, 0.0), 0.5);
// boundsWinRSpin.setCenter(new Point3d((Math.PI / 4.0),0,0));
boundsWinRSpin.setCenter(new Point3d(-10,0,0));
//boundsWinRSpin.setCenter();
//test put a t3d to a boundingsphere??
//Transform3D T3Dbounding = new Transform3D();
// T3Dbounding.set(new Vector3f(5.00f,0.0f,0.00f));
//WinRSpin.setTransform(T3Dbounding);
//end test put a t3d to a boundingsphere, not working
rotatorWinRSpin.setSchedulingBounds(boundsWinRSpin);
// test BoundingSphere of BODY BIRD rotatorWinRSpin.setSchedulingBounds(boundsBird);
WinRSpin.addChild(rotatorWinRSpin);
//----------------------End de la création de la rotation-------------------------------- |
