private void manage(Entity e, float elapsedTime) {
Model model = e.get(Model.class);
if (!model.isCreated()) return;
PlanarStance stance = e.get(PlanarStance.class);
Spatial s = SpatialPool.models.get(e.getId());
// translation
s.setLocalTranslation(TranslateUtil.toVector3f(stance.getCoord().get3D(stance.getElevation())));
// rotation
Quaternion r = new Quaternion();
Point3D pu = stance.getUpVector();
Point3D pv = stance.getPlanarVector();
Vector3f u = TranslateUtil.toVector3f(pu).normalize();
Vector3f v = TranslateUtil.toVector3f(pv).normalize();
r.lookAt(v, u);
// we correct the pitch of the unit because the direction is always flatten
// this is only to follow the terrain relief
double angle = Math.acos(pu.getDotProduct(pv) / (pu.getNorm() * pv.getNorm()));
r =
r.mult(
new Quaternion()
.fromAngles(
(float) (-angle + AngleUtil.RIGHT + model.getPitchFix()),
(float) (model.getRollFix()),
(float) (model.getYawFix())));
s.setLocalRotation(r);
}
private void manage(Entity e, float elapsedTime) {
Physic ph = e.get(Physic.class);
PlanarStance stance = e.get(PlanarStance.class);
MotionCapacity capacity = e.get(MotionCapacity.class);
Point2D velocityToApply = e.get(PlanarVelocityToApply.class).getVector();
velocityToApply = velocityToApply.getMult(1 / ph.stat.mass);
Point2D newVelocity = ph.velocity.getAddition(velocityToApply);
newVelocity = newVelocity.getTruncation(capacity.maxSpeed);
Point2D newCoord = stance.getCoord().getAddition(newVelocity.getMult(elapsedTime));
setComp(e, new Physic(newVelocity, ph.stat, ph.spawnerException));
setComp(
e,
new PlanarStance(
newCoord, stance.getOrientation(), stance.getElevation(), stance.getUpVector()));
setComp(e, new PlanarVelocityToApply(Point2D.ORIGIN));
}
