public void set(final RayCastOutput rco) {
normal.set(rco.normal);
fraction = rco.fraction;
}
@Override
protected CannonBallModelObject applyClickBonus(final AbstractModel model, final float distance) {
final Body body = this.modelObject.getB2DBodyHandler().getBody();
int shotNumber = 0;
int firstShotPosition = 0;
if (distance < 0.5f) {
shotNumber = 7;
firstShotPosition = 3;
} else if (distance < 1.0f) {
shotNumber = 5;
firstShotPosition = 2;
} else if (distance < 2.0f) {
shotNumber = 3;
firstShotPosition = 1;
} else {
shotNumber = 1;
firstShotPosition = 0;
}
// Calculer le nombre de plombs
final float inShapeDistance =
Math.max(
this.modelObject.getGOD().getShapeDefition().getSize().width,
this.modelObject.getGOD().getShapeDefition().getSize().height);
if (distance < inShapeDistance) {
// Click direct sur le boulet, super bonus !
shotNumber = 7;
} else {
// Sinon un bonus entre 2 et 4
shotNumber = (int) (5 / (distance / 3));
if (shotNumber > 4) {
shotNumber = 4;
} else if (shotNumber < 3) {
shotNumber = 3;
}
}
// Ajouter les plombs devant la cartouche (répartis sur un angle de 140
// degres)
final double angleOffset = ANGLE_RANGE / (shotNumber + 1);
final Vector shotBasePosition = GamePool.instance().popVector();
shotBasePosition
.set(body.getLocalCenter())
.addLocal(
0.2f
+ ((BoxDefinition) this.modelObject.getGOD().getShapeDefition()).getSize().width
/ 2,
0f);
CannonBallModelObject firstShot = null;
final Vector linearImpulse = GamePool.instance().popVector();
final Vector linearVelocity = GamePool.instance().popVector();
final Vector shotPosition = GamePool.instance().popVector();
for (int i = 0; i < shotNumber; i++) {
final float curAngle = (float) ((i + 1) * angleOffset - ANGLE_RANGE / 2);
MathUtils.rotatePointToOut(curAngle, shotBasePosition, shotPosition);
final CannonBallGOD shotGOD =
CannonBallGOD.cannonBallBuilder()
.fromType(model.getGodLoader(), "CANNON_BALL_FRAG_SHOT")
.position(body.getWorldPoint(shotPosition))
.build();
final ModelObject modelObject = model.addObject(shotGOD);
if (modelObject != null) {
final CannonBallModelObject cannonBallModelObject = (CannonBallModelObject) modelObject;
final Body shotBody = cannonBallModelObject.getB2DBodyHandler().getBody();
// On applique la vitesse de la cartouche aux plombs * leur
// multiplicateur
final float fireSpeed = shotGOD.getCannonBallDefinition().getFireSpeed();
linearImpulse
.set(body.getLinearVelocity())
.addLocal(shotPosition.x, 6 * shotPosition.y)
.scaleLocal(fireSpeed);
shotBody.applyLinearImpulse(linearImpulse, shotBody.getWorldCenter());
shotBody.applyAngularImpulse(body.getAngularVelocity() * fireSpeed);
if (i == firstShotPosition) {
firstShot = cannonBallModelObject;
}
}
}
linearVelocity.set(body.getLinearVelocity()).negateLocal().scaleLocal(0.5f);
// Faire reculer la cartouche
body.setLinearVelocity(linearVelocity);
body.setAngularVelocity((float) (-2 * Math.PI));
// Endommager la cartouche
this.modelObject.getDamageHandler().damage(10);
GamePool.instance().pushVector(4);
return firstShot;
}
