private void zako_update(float dt)
{
if (phase_ == Phase.Alive)
{
if (MyCollider.getHitOpponentForEnemy(collider_) != MyCollider.Type.None)
{
float p = 100f;
rigidbody_.addTorque(MyRandom.Range(-p, p),
MyRandom.Range(-p, p),
MyRandom.Range(-p, p));
life_ -= MyCollider.getHitPowerForEnemy(collider_);
if (life_ <= 0f)
{
Explosion.Instance.spawn(ref rigidbody_.transform_.position_, update_time_);
Hahen.Instance.spawn(ref rigidbody_.transform_.position_, update_time_);
SystemManager.Instance.registSound(DrawBuffer.SE.Explosion);
MyCollider.disableForEnemy(collider_);
phase_ = Phase.Dying;
}
else
{
Vector3 pos;
MyCollider.getIntersectPointForEnemy(collider_, out pos);
Spark.Instance.spawn(ref pos, Spark.Type.Bullet, update_time_);
}
}
}
rigidbody_.update(dt);
MyCollider.updateEnemy(collider_, ref rigidbody_.transform_.position_);
MyCollider.updateEnemyHoming(collider_homing_, ref rigidbody_.transform_.position_);
}
private void dragon_update(float dt)
{
if (MyCollider.getHitOpponentForEnemy(collider_) != MyCollider.Type.None)
{
float p = 100f;
rigidbody_.addTorque(MyRandom.Range(-p, p),
MyRandom.Range(-p, p),
MyRandom.Range(-p, p));
life_ -= 20f;
}
if (life_ <= 0f && phase_ == Phase.Alive)
{
MyCollider.disableForEnemy(collider_);
phase_ = Phase.Dying;
}
rigidbody_.update(dt);
MyCollider.updateEnemy(collider_, ref rigidbody_.transform_.position_);
MyCollider.updateEnemyHoming(collider_homing_, ref rigidbody_.transform_.position_);
// var head_transform = rigidbody_.transform_.add(ref HEAD_OFFSET);
dragon_.update(dt, update_time_, ref rigidbody_);
if (MyRandom.Probability(0.01f))
{
var head_pos = new Vector3(0f, 0f, 2f);
var pos = rigidbody_.transform_.transformPosition(ref head_pos);
if (pos.y > 0f)
{
EnemyLaser.create(ref pos, ref rigidbody_.transform_.rotation_, 40f /* speed */, update_time_);
SystemManager.Instance.registSound(DrawBuffer.SE.Laser);
}
}
if (MyRandom.Probability(0.1f))
{
var pos = rigidbody_.transform_.position_;
pos.x += MyRandom.Range(-1f, 1f);
pos.z += MyRandom.Range(-1f, 1f);
WaterSplash.Instance.spawn(ref pos,
ref CV.Vector3Zero, update_time_ - 0.2f);
}
if (-1f < rigidbody_.transform_.position_.y && rigidbody_.transform_.position_.y < 1f)
{
WaterSurface.Instance.makeBump(ref rigidbody_.transform_.position_, -0.1f /* value */, 1f /* size */);
if (MyRandom.Probability(0.1f))
{
var wpos = rigidbody_.transform_.position_;
wpos.y = -2f;
var vel = new Vector3(0f, MyRandom.Range(5f, 8f), 0f);
WaterSplash.Instance.spawn(ref wpos, ref vel, update_time_);
}
}
}
public void update(float dt,
double update_time,
ref RigidbodyTransform grand_parent_rigidbody,
ref RigidbodyTransform parent_rigidbody,
ref RigidbodyTransform child_rigidbody,
bool head,
bool tail)
{
#if false
if (MyCollider.getHitOpponentForEnemy(collider_) != MyCollider.Type.None)
{
rigidbody_.addTorque(MyRandom.Range(-20f, 20f),
MyRandom.Range(-20f, 20f),
MyRandom.Range(-20f, 20f));
}
rigidbody_.addSpringTorque(ref parent_transform.rotation_, 10f /* torque_level */);
rigidbody_.transform_.position_ = parent_transform.transformPosition(ref locator_);
rigidbody_.update(dt);
#else
if (head)
{
rigidbody_.updateVerlet(dt, 0.8f /* damper */);
}
else
{
rigidbody_.updateVerlet(dt, 0.8f /* damper */);
}
if (head)
{
var head_offset = new Vector3(0f, 0f, -3f);
var pos = parent_rigidbody.transform_.transformPosition(ref head_offset);
rigidbody_.restrictPositionVerletFixed(ref pos, 0f /* length */);
}
else
{
rigidbody_.restrictPositionVerlet(ref grand_parent_rigidbody,
ref parent_rigidbody,
3f /* length */, 60f /* max_degree */);
}
if (!tail)
{
rigidbody_.solveRotationVerlet(ref parent_rigidbody, ref child_rigidbody);
}
#endif
MyCollider.updateEnemy(collider_, ref rigidbody_.transform_.position_);
MyCollider.updateEnemyHoming(collider_homing_, ref rigidbody_.transform_.position_);
if (-2f < rigidbody_.transform_.position_.y && rigidbody_.transform_.position_.y < 2f)
{
WaterSurface.Instance.makeBump(ref rigidbody_.transform_.position_, -0.025f /* value */, 1f /* size */);
var wpos = rigidbody_.transform_.position_;
wpos.y = -1.5f;
var th = MyRandom.Range(0f, Mathf.PI * 2f);
var cos = Mathf.Cos(th);
var sin = Mathf.Sin(th);
wpos.x += cos * 1.25f;
wpos.z += sin * 1.25f;
var vel = new Vector3(cos * 0.8f,
MyRandom.Range(5f, 8f),
sin * 0.8f);
WaterSplash.Instance.spawn(ref wpos, ref vel, update_time);
}
if (MyRandom.Probability(0.1f))
{
var pos = rigidbody_.transform_.position_;
pos.x += MyRandom.Range(-1f, 1f);
pos.z += MyRandom.Range(-1f, 1f);
WaterSplash.Instance.spawn(ref pos,
ref CV.Vector3Zero, update_time - 0.2f);
}
}
