private void internal_update_for_playing(float dt, double update_time)
{
update_posture(dt);
switch (phase_)
{
case Phase.Title:
rigidbody_.setDamper(2f);
float valx = Mathf.PerlinNoise((float)update_time * 0.2f, 0f) - 0.5f;
float valy = Mathf.PerlinNoise((float)update_time * 0.3f, 0.5f) - 0.5f;
rigidbody_.addForceX(valx * 2f);
rigidbody_.addForceY(valy * 2.5f);
rigidbody_.addSpringForceXY(0f, -27f, 4f);
rigidbody_.update(dt);
break;
case Phase.Start:
update_attack(update_time, false /* replay */);
rigidbody_.setDamper(2f);
rigidbody_.addForceY(10f);
rigidbody_.addSpringForceX(0f, 4f);
rigidbody_.update(dt);
break;
case Phase.Battle:
update_attack(update_time, false /* replay */);
rigidbody_.setDamper(16f);
update_maneuver(dt, update_time);
update_collision(update_time);
break;
}
}
public override void update(float dt, float update_time)
{
update_time_ = update_time;
if (MyCollider.getHitOpponentForPlayer(collider_) != MyCollider.Type.None)
{
var pos = new Vector3(MyRandom.Range(-2f, 2f),
MyRandom.Range(-2f, 2f),
MyRandom.Range(-2f, 2f));
HUD.Instance.setDamagePoint(ref pos);
}
if (Options.Instance.AutoPlay)
{
enumerator_.MoveNext();
}
int hori = getButton(InputManager.Button.Horizontal);
int vert = getButton(InputManager.Button.Vertical);
bool fire_button = getButton(InputManager.Button.Fire) > 0;
int lr = getButton(InputManager.Button.Roll);
roll_target_ += (float)(lr) * 150f * dt;
roll_ = Mathf.Lerp(roll_, roll_target_, 0.1f);
const float MOVE_FORCE = 1f;
const float CURSOR_FORCE = 6f;
float sn = Mathf.Sin(roll_ * Mathf.Deg2Rad);
float cs = Mathf.Cos(roll_ * Mathf.Deg2Rad);
float vx = hori * cs - vert * sn;
float vy = hori * sn + vert * cs;
rigidbody_.addForceXY(vx * MOVE_FORCE, vy * MOVE_FORCE);
target_cursor_.addForceXY(vx * CURSOR_FORCE, vy * CURSOR_FORCE);
if (hori < 0)
{
pitch_acceleration_ += 2000f;
}
else if (hori > 0)
{
pitch_acceleration_ += -2000f;
}
// cursor update
{
// 外に向けさせない
float x = rigidbody_.transform_.position_.x + target_cursor_.transform_.position_.x;
float y = rigidbody_.transform_.position_.y + target_cursor_.transform_.position_.y;
float len2 = x * x + y * y;
float R = 64f;
if (len2 > Tube.RADIUS_SQR)
{
R = 256f;
}
target_cursor_.addForceX(-target_cursor_.transform_.position_.x * R);
target_cursor_.addForceY(-target_cursor_.transform_.position_.y * R);
target_cursor_.update(dt);
}
// pitch
pitch_acceleration_ += -pitch_ * 8f; // spring
pitch_acceleration_ += -pitch_velocity_ * 4f; // friction
pitch_velocity_ += pitch_acceleration_ * dt;
pitch_ += pitch_velocity_ * dt;
pitch_acceleration_ = 0f;
// rotate
rigidbody_.transform_.rotation_ = Quaternion.LookRotation(target_cursor_.transform_.position_) * Quaternion.Euler(0, 0, pitch_);
// update
rigidbody_.update(dt);
float radius = Tube.RADIUS - PLAYER_WIDTH2;
if (rigidbody_.transform_.position_.sqrMagnitude >= radius * radius)
{
hit_wall_ = true;
rigidbody_.cancelUpdateForTube(dt);
if (MyRandom.ProbabilityForSecond(60f, SystemManager.Instance.getDT()))
{
float x = rigidbody_.transform_.position_.x;
float y = rigidbody_.transform_.position_.y;
float z = rigidbody_.transform_.position_.z;
float len = Mathf.Sqrt(x * x + y * y);
float rlen = 1f / len;
float r = rlen * Tube.RADIUS;
var v = new Vector3(x * r, y * r, z);
Spark.Instance.spawn(ref v, Spark.Type.Orange, update_time);
}
}
else
{
hit_wall_ = false;
}
// collider
MyCollider.updatePlayer(collider_, ref rigidbody_.transform_.position_);
// fire bullets
if (fire_button && update_time - fire_time_ > 0.06667f)
{
var lpos = rigidbody_.transform_.transformPosition(ref l_bullet_locator_);
Bullet.create(ref lpos, ref rigidbody_.transform_.rotation_, 120f /* speed */, update_time);
var rpos = rigidbody_.transform_.transformPosition(ref r_bullet_locator_);
Bullet.create(ref rpos, ref rigidbody_.transform_.rotation_, 120f /* speed */, update_time);
SystemManager.Instance.registSound(DrawBuffer.SE.Bullet);
fire_time_ = update_time;
}
// fire missiles
if (fire_button && !prev_fire_button_) // tmp
{
bool fired = LockTarget.fireMissiles(this);
if (fired)
{
SystemManager.Instance.registSound(DrawBuffer.SE.Missile);
}
}
prev_fire_button_ = fire_button;
// trail
{
float flow_z = -30f * dt;
var lpos = rigidbody_.transform_.transformPosition(ref l_trail_locator_);
Trail.Instance.update(l_trail_, ref lpos, flow_z, update_time);
var rpos = rigidbody_.transform_.transformPosition(ref r_trail_locator_);
Trail.Instance.update(r_trail_, ref rpos, flow_z, update_time);
}
}