public void zako2_init(ref Vector3 position, ref Quaternion rotation)
{
rigidbody_.init(ref position, ref rotation);
collider_ = MyCollider.createEnemy();
MyCollider.initSphereEnemy(collider_, ref position, 1f /* radius */);
lock_target_ = LockTarget.create(this, new LockTarget.CalcPosition(calc_lock_position_center));
enumerator_ = zako2_act(); // この瞬間は実行されない
on_update_ = new OnUpdateFunc(zako2_update);
on_render_update_ = new OnRenderUpdateFunc(zako2_render_update);
life_ = 100f;
}
public void zako_init(ref Vector3 position, ref Quaternion rotation)
{
rigidbody_.init(ref position, ref rotation);
collider_ = MyCollider.createEnemy();
MyCollider.initSphereEnemy(collider_, ref rigidbody_.transform_.position_, 0.5f /* radius */);
collider_homing_ = MyCollider.createEnemyHoming();
MyCollider.initSphereEnemyHoming(collider_homing_, ref rigidbody_.transform_.position_, 5f /* radius */);
enumerator_ = zako_act(); // この瞬間は実行されない
on_update_ = new OnUpdateFunc(zako_update);
on_render_update_ = new OnRenderUpdateFunc(zako_render_update);
life_ = 50f;
}
public void dragon_init(ref Vector3 position, ref Quaternion rotation)
{
rigidbody_.init(ref position, ref rotation);
rigidbody_.setDamper(2f);
rigidbody_.setRotateDamper(20f);
collider_ = MyCollider.createEnemy();
MyCollider.initSphereEnemy(collider_, ref position, 1.5f /* radius */);
collider_homing_ = MyCollider.createEnemyHoming();
MyCollider.initSphereEnemyHoming(collider_homing_, ref rigidbody_.transform_.position_, 5f /* radius */);
enumerator_ = dragon_act(); // この瞬間は実行されない
on_update_ = new OnUpdateFunc(dragon_update);
on_render_update_ = new OnRenderUpdateFunc(dragon_render_update);
life_ = 10000000f;
dragon_ = dragon_pool_;
dragon_.init(this, ref rigidbody_.transform_.position_, ref rigidbody_.transform_.rotation_);
}
public void dragon_init()
{
var position = new Vector3(-10f, -5f, 10f);
rigidbody_.init(ref position, ref CV.QuaternionIdentity);
rigidbody_.setDamper(2f);
rigidbody_.setRotateDamper(20f);
collider_ = MyCollider.createEnemy();
MyCollider.initSphereEnemy(collider_, ref position, 1f /* radius */);
lock_target_ = LockTarget.create(this, new LockTarget.CalcPosition(calc_lock_position_dragon));
enumerator_ = dragon_act(); // この瞬間は実行されない
on_update_ = new OnUpdateFunc(dragon_update);
on_render_update_ = new OnRenderUpdateFunc(dragon_render_update);
life_ = 10000000f;
dragon_ = dragon_pool_;
dragon_.init(this, ref rigidbody_.transform_.position_, ref rigidbody_.transform_.rotation_);
}
public void init(Task task,
int idx,
ref Vector3 position,
ref Quaternion rotation,
DrawBuffer.Type draw_type)
{
rigidbody_.init(ref position, ref rotation);
rigidbody_.setRotateDamper(8);
collider_ = MyCollider.createEnemy();
MyCollider.initSphereEnemy(collider_, ref position, 1f /* radius */);
idx_ = idx;
lock_target_ = LockTarget.create(task, new LockTarget.CalcPosition(this.calc_lock_position));
locator_ = (idx_ == 0 ?
new Vector3(0f, 0f, 0f) :
new Vector3(0f, 0f, -3f));
draw_type_ = draw_type;
}
public void init(Task task,
int idx,
ref Vector3 position,
ref Quaternion rotation,
DrawBuffer.Type draw_type)
{
rigidbody_.init(ref position, ref rotation);
rigidbody_.setRotateDamper(8);
collider_ = MyCollider.createEnemy();
MyCollider.initSphereEnemy(collider_, ref position, 1.5f /* radius */);
collider_homing_ = MyCollider.createEnemyHoming();
MyCollider.initSphereEnemyHoming(collider_homing_, ref rigidbody_.transform_.position_, 1.5f /* radius */);
idx_ = idx;
locator_ = (idx_ == 0 ?
new Vector3(0f, 0f, 0f) :
new Vector3(0f, 0f, -3f));
draw_type_ = draw_type;
}
public void init(ref Vector3 position, ref Quaternion rotation, Type type)
{
base.init(ref position, ref rotation);
collider_ = MyCollider.createEnemy();
MyCollider.initSphereEnemy(collider_, ref position, 1f /* radius */);
var lock_pos = new Vector3(0, 0, 0);
lock_target_ = LockTarget.create(this, ref lock_pos);
type_ = type;
phase_ = Phase.Alive;
switch (type_)
{
case Type.None:
Debug.Assert(false);
break;
case Type.Zako:
/* ここで GC.allocate が発生してしまう */
enumerator_ = zako_act(); // この瞬間は実行されない
break;
}
}
