void MiniDroid::activateUpdate()
{
MoveObject::updateMoveableWithCollision(MINI_DROID_BOUND_SIZE, true, 0, Default::createRectFromCenter);
BulletManager::updateIfObjectIsShooted(this, KEY_DESTROYABLE);
switch (_status)
{
case MINI_DROID_MOVE_X:
if (!Default::checkIfPointInRect(getPosition() +
D3DXVECTOR3((*_sprites)->getFrameSize().width * _scale.x, 0.0F, 0.0F), Camera::getViewPort()))
{
setVelo(MINI_DROID_MOVE_SPEED_Y);
_status = MINI_DROID_MOVE_Y;
}
break;
case MINI_DROID_MOVE_Y:
if (this->_currentCollisEvents.size() > 0)
{
setVelo(MINI_DROID_MOVE_SPEED_X(-_scale.x));
_status = MINI_DROID_GO_OUT;
}
case MINI_DROID_GO_OUT:
break;
default:
break;
}
}
void BaseCar::reset()
{
setVelo(_originVelo , true);
resetFSM();
setPosition(_originPos);
setTexture(_normalRes);
_curRadius = R_OUTER;
_trackState = TrackState::Normal;
setRotation3D(Vec3(0 , 0 , _originAngle));
}
void RedSpreadBoom::shoot(D3DXVECTOR3 velocity, D3DXVECTOR3 startPoint, int ally, float scaleX)
{
_target = nullptr;
setVelo(velocity);
_position = startPoint;
*_objectDefRect = Default::createRectFromCenter(_position, RED_SPREAD_BOUND_SIZE);
_timeCounter = 0;
managerProcessing();
}
void FireCircle::shoot(D3DXVECTOR3 velocity, D3DXVECTOR3 startPoint, int ally, float scaleX)
{
_seftGyrateAngle = 0;
setVelo(velocity);
_position = startPoint;
*_objectDefRect = Default::createRectFromCenter(_position, BULLET_SIZE_FIRE_CIRCLE);
managerProcessing();
}
bool BaseCar::init(std::string fileName , float originVelo, cocos2d::Vec2 originPos , int direction)
{
this->initWithFile(fileName);
_normalRes = fileName;
_originAngle = getRotation3D().z;
_direction = direction;
_originVelo = originVelo;
_originPos = originPos;
setVelo(originVelo , true);
setPosition(originPos);
initFSM();
return true;
}
NPlayEvent::NPlayEvent(BeatType beatType)
{
setType(ME_TICK2);
setVelo(127);
switch (beatType) {
case BeatType::DOWNBEAT:
setType(ME_TICK1);
break;
case BeatType::SIMPLE_STRESSED:
case BeatType::COMPOUND_STRESSED:
// use defaults
break;
case BeatType::SIMPLE_UNSTRESSED:
case BeatType::COMPOUND_UNSTRESSED:
setVelo(80);
break;
case BeatType::COMPOUND_SUBBEAT:
setVelo(25);
break;
case BeatType::SUBBEAT:
setVelo(15);
break;
}
}
void MiniDroid::activate()
{
Mobs::activate();
setVelo(MINI_DROID_MOVE_SPEED_X(_scale.x));
_status = MINI_DROID_MOVE_X;
}
void BaseCar::difficultyUp() {
setVelo(_normalVelo + 30 , true);
}
