public void restart()
{
this.is_ended = false;
this.t = -1.0f;
this.distance = 0.0f;
this.cv = new ControlVertex();
}
// カーブ上の点を求める.
public ControlVertex calcVertex(float t)
{
ControlVertex cv = null;
int segment_index = Mathf.FloorToInt(t);
if (segment_index < 0)
{
cv = this.cvs[0];
}
else if (this.cvs.Count - 1 <= segment_index)
{
cv = this.cvs[this.cvs.Count - 1];
}
else
{
float[] pos_k = new float[4];
float[] tan_k = new float[4];
ControlVertex cv0 = this.cvs[segment_index];
ControlVertex cv1 = this.cvs[segment_index + 1];
float local_param = t - (float)segment_index;
Curve.calc_konst(pos_k, tan_k, local_param);
cv = Curve.lerp(cv0, cv1, pos_k, tan_k);
}
return(cv);
}
public void restart()
{
this.is_ended = false;
this.t = -1.0f;
this.distance = 0.0f;
this.cv = new ControlVertex();
}
// カーブの総道のりを計算する.
public float calcTotalDistance()
{
float distance = 0.0f;
ControlVertex cv_prev = this.calcVertex(0.0f);
float t = 0.0f;
float dt = 0.1f;
float t_max = (float)(this.cvs.Count - 1);
int safe_count = Mathf.CeilToInt(t_max / dt) + 1;
for (int i = 0; i < safe_count; i++)
{
ControlVertex cv_current = this.calcVertex(t);
distance += Vector3.Distance(cv_prev.position, cv_current.position);
if (t >= t_max)
{
break;
}
t += dt;
t = Mathf.Min(t, t_max);
cv_prev = cv_current;
}
return(distance);
}
// ================================================================ //
// 区間を補間する.
public static ControlVertex lerp(ControlVertex cv0, ControlVertex cv1, float[] pos_k, float[] tan_k)
{
ControlVertex dest = new ControlVertex();
dest.position = cv0.position * pos_k[0] + cv1.position * pos_k[1] + cv0.tangent * cv0.tension * pos_k[2] + cv1.tangent * cv1.tension * pos_k[3];
dest.tangent = cv0.position * tan_k[0] + cv1.position * tan_k[1] + cv0.tangent * cv0.tension * tan_k[2] + cv1.tangent * cv1.tension * tan_k[3];
return(dest);
}
// ================================================================ //
// 구간을 보간한다.
public static ControlVertex lerp(ControlVertex cv0, ControlVertex cv1, float[] pos_k, float[] tan_k)
{
ControlVertex dest = new ControlVertex();
dest.position = cv0.position * pos_k[0] + cv1.position * pos_k[1] + cv0.tangent * cv0.tension * pos_k[2] + cv1.tangent * cv1.tension * pos_k[3];
dest.tangent = cv0.position * tan_k[0] + cv1.position * tan_k[1] + cv0.tangent * cv0.tension * tan_k[2] + cv1.tangent * cv1.tension * tan_k[3];
return (dest);
}
public void appendCV(Vector3 position, Vector3 slope)
{
ControlVertex cv = new ControlVertex();
cv.index = this.cvs.Count;
cv.position = position;
cv.tension = slope.magnitude;
cv.tangent = slope.normalized;
this.cvs.Add(cv);
}
public void appendCV(Vector3 position, Vector3 slope)
{
ControlVertex cv = new ControlVertex();
cv.index = this.cvs.Count;
cv.position = position;
cv.tension = slope.magnitude;
cv.tangent = slope.normalized;
this.cvs.Add(cv);
}
// ================================================================ //
// 制御点を更新する（自分の子供から）.
public void createControlVertices()
{
this.curve.cvs.Clear();
foreach (var i in System.Linq.Enumerable.Range(0, this.transform.childCount))
{
GameObject child = this.transform.GetChild(i).gameObject;
var cv = new SimpleSpline.ControlVertex();
cv.index = i;
cv.position = child.transform.position;
cv.tangent = child.transform.TransformDirection(Vector3.forward) * child.transform.localScale.z;
cv.tension = 10.0f;
this.curve.cvs.Add(cv);
}
}
// ================================================================ //
// 제어점을 갱신합니다(자신의 자식에서부터).
public void createControlVertices()
{
this.curve.cvs.Clear();
foreach(var i in System.Linq.Enumerable.Range(0, this.transform.childCount)) {
GameObject child = this.transform.GetChild(i).gameObject;
var cv = new SimpleSpline.ControlVertex();
cv.index = i;
cv.position = child.transform.position;
cv.tangent = child.transform.TransformDirection(Vector3.forward)*child.transform.localScale.z;
cv.tension = 10.0f;
this.curve.cvs.Add(cv);
}
}
// 현재 위치에서 나아간다(파라미터 지정).
public void proceed(float dt)
{
if(!this.is_ended) {
if(this.t < 0.0f) {
this.t = 0.0f;
} else {
this.t += dt;
}
if(this.t >= this.curve.getEnd()) {
this.t = this.curve.getEnd();
this.is_ended = true;
}
this.cv = this.curve.calcVertex(this.t);
}
}
// 現在位置から進む（パラメーター指定）.
public void proceed(float dt)
{
if (!this.is_ended)
{
if (this.t < 0.0f)
{
this.t = 0.0f;
}
else
{
this.t += dt;
}
if (this.t >= this.curve.getEnd())
{
this.t = this.curve.getEnd();
this.is_ended = true;
}
this.cv = this.curve.calcVertex(this.t);
}
}
// 현재 위치에서 나아간다(현재 위치로부터의 거리).
public void proceedByDistance(float dist)
{
do {
if(this.is_ended) {
break;
}
ControlVertex cv0;
if(this.t < 0.0f) {
this.t = 0.0f;
}
cv0 = this.curve.calcVertex(this.t);
this.cv = cv0;
//
float dt = dist/this.curve.calcTotalDistance()*this.curve.getEnd();
float sdt = dt >= 0.0f ? 1.0f : -1.0f;
dt = Mathf.Abs(dt);
float dt0 = dt;
float t0 = this.t;
float advanced = 0.0f;
float advanced0 = advanced;
int i;
// 최대 반복 횟수.
int max_times = Mathf.CeilToInt(this.curve.getEnd()/dt);
max_times = max_times >= 1 ? max_times : 1;
for(i = 0;i < max_times;i++) {
t0 = this.t;
this.t += sdt*dt;
if(this.t >= this.curve.getEnd() && sdt >= 0.0f) {
this.t = this.curve.getEnd();
if(dt < dt0) {
this.is_ended = true;
}
dt = Mathf.Max(0.0f, this.t - t0);
} else if(this.t < 0.0f && sdt < 0.0f) {
this.t = 0.0f;
if(dt < dt0) {
this.is_ended = true;
}
dt = Mathf.Max(0.0f, Mathf.Abs(this.t - t0));
}
this.cv = this.curve.calcVertex(this.t);
advanced0 = advanced;
advanced += Vector3.Distance(cv0.position, this.cv.position);
if(this.is_ended) {
break;
}
if(advanced >= Mathf.Abs(dist)) {
// 너무 지나친 경우.
// 진행 거리를 반으로 나눠서 직전 장소부터 다시 함.
dt *= 0.5f;
if(dt < dt0/100.0f) {
break;
}
this.t = t0;
advanced = advanced0;
} else {
cv0 = this.cv;
}
}
} while(false);
}
public override void execute()
{
CameraControl camera = CameraControl.get();
// ---------------------------------------------------------------- //
// 다음 상태로 이동할지 체크합니다.
switch (this.step.do_transition())
{
// 이벤트 시작.
case STEP.START:
{
this.step.set_next(STEP.OPEN_DOOR);
//camera.module.parallelMoveTo(this.get_locator_position("cam_loc_0"));
Debug.Log("Name:" + this.player.controll.account_name);
foreach (ItemManager.ItemState istate in GlobalParam.get().item_table.Values)
{
Debug.Log("Item:" + istate.item_id + " Own:" + istate.owner + " State:" + istate.state);
if (istate.owner == this.player.controll.account_name &&
istate.state == ItemController.State.Picked)
{
// 이미 아이템을 획득했다면 가지고 갈 수 있게 합니다.
ItemManager.get().activeItme(istate.item_id, true);
ItemManager.get().finishGrowingItem(istate.item_id);
QueryItemPick query = this.player.controll.cmdItemQueryPick(istate.item_id, false, true);
if (query != null)
{
query.is_anon = true;
query.set_done(true);
query.set_success(true);
}
ItemManager.get().setVisible(istate.item_id, true);
}
}
// 리모트에서 이사 중은 로컬도 이사합니다.
do
{
MovingData moving = GlobalParam.get().remote_moving;
if (!moving.moving)
{
break;
}
chrController remote = CharacterRoot.get().findCharacter(moving.characterId);
if (remote == null)
{
break;
}
chrBehaviorNet remote_player = remote.behavior as chrBehaviorNet;
if (remote_player == null)
{
break;
}
chrBehaviorNPC_House house = CharacterRoot.getInstance().findCharacter <chrBehaviorNPC_House>(moving.houseId);
if (house == null)
{
break;
}
Debug.Log("House move event call:" + moving.characterId + ":" + moving.houseId);
remote_player.beginHouseMove(house);
// '이사중~' 말풍선 표시.
house.startHouseMove();
} while(false);
}
break;
// 배추가 옆으로 움직이고 & 대야를 타고 플레이어가 등장.
case STEP.OPEN_DOOR:
{
if (this.hakusai_fcurve.isDone() && this.tarai_fcurve.isDone())
{
this.step.set_next(STEP.GET_OFF_TARAI_0);
}
}
break;
// 대야에서 내립니다(기슭으로 점프).
case STEP.GET_OFF_TARAI_0:
{
if (!this.player_jump.isMoving())
{
this.step.set_next(STEP.GET_OFF_TARAI_1);
}
}
break;
// 대야에서 내립니다(조금 걷기).
case STEP.GET_OFF_TARAI_1:
{
if (!this.player_move.isMoving())
{
this.step.set_next(STEP.CLOSE_DOOR);
}
}
break;
// 배추가 돌아오고 & 대야가 밖으로 이동.
case STEP.CLOSE_DOOR:
{
if (this.hakusai_fcurve.isDone() && this.tarai_fcurve.isDone())
{
this.step.set_next(STEP.END);
}
}
break;
case STEP.END:
{
camera.module.popPosture();
this.step.set_next(STEP.IDLE);
}
break;
}
// ---------------------------------------------------------------- //
// 상태가 전환됐을 때의 초기화.
while (this.step.get_next() != STEP.NONE)
{
dbwin.console().print(this.step.ToString());
switch (this.step.do_initialize())
{
// 이벤트 시작.
case STEP.START:
{
camera.module.pushPosture();
this.player.beginOuterControll();
this.player.controll.cmdSetPosition(this.tarai_leave_spline.curve.cvs.back().position);
this.tarai_fune.transform.position = this.tarai_leave_spline.curve.cvs.back().position;
if (!this.is_local_player)
{
SoundManager.get().playSE(Sound.ID.SMN_JINGLE01);
}
}
break;
// 배추가 옆으로 이동하고 & 대야를 타고 플레이어가 등장.
case STEP.OPEN_DOOR:
{
this.hakusai_set.setControl(true);
this.hakusai_fcurve.setSlopeAngle(10.0f, 10.0f);
this.hakusai_fcurve.setDuration(4.0f);
this.hakusai_fcurve.start();
this.hakusai_tracer.restart();
this.tarai_fcurve.setSlopeAngle(60.0f, 5.0f);
this.tarai_fcurve.setDuration(3.5f);
this.tarai_fcurve.setDelay(0.5f);
this.tarai_fcurve.start();
}
break;
// 대야에서 내립니다(기슭으로 점프).
case STEP.GET_OFF_TARAI_0:
{
Vector3 start = this.player.controll.getPosition();
Vector3 goal = this.get_locator_position("chr_loc_0");
this.player_jump.start(start, goal, 1.0f);
}
break;
// 대야에서 내립니다(조금 걷기).
case STEP.GET_OFF_TARAI_1:
{
this.player_move.position.start = this.player.controll.getPosition();
this.player_move.position.goal = this.get_locator_position("chr_loc_1");
this.player_move.startConstantVelocity(chrBehaviorLocal.MOVE_SPEED);
}
break;
// 배추가 돌아오고 & 대야가 밖으로 이동.
case STEP.CLOSE_DOOR:
{
this.hakusai_fcurve.setSlopeAngle(10.0f, 10.0f);
this.hakusai_fcurve.setDuration(4.0f);
this.hakusai_fcurve.setDelay(1.0f);
this.hakusai_fcurve.start();
this.hakusai_tracer.restart();
this.hakusai_tracer.setCurrentByDistance(this.hakusai_tracer.curve.calcTotalDistance());
this.tarai_tracer.attach(this.tarai_enter_spline.curve);
this.tarai_tracer.restart();
this.tarai_fcurve.reset();
this.tarai_fcurve.setSlopeAngle(10.0f, 60.0f);
this.tarai_fcurve.setDuration(2.5f);
this.tarai_fcurve.start();
this.ripple_effect.is_created = false;
}
break;
case STEP.END:
{
// 이벤트 종료.
this.hakusai_set.reset();
this.hakusai_set.setControl(false);
this.player.endOuterControll();
this.player = null;
}
break;
}
}
// ---------------------------------------------------------------- //
// 각 상태에서의 실행 처리.
switch (this.step.do_execution(Time.deltaTime))
{
// 배추가 옆으로 움직인다 & 대야를 타고 플레이어가 등장..
case STEP.OPEN_DOOR:
{
this.hakusai_fcurve.execute(Time.deltaTime);
this.hakusai_tracer.proceedToDistance(this.hakusai_tracer.curve.calcTotalDistance() * this.hakusai_fcurve.getValue());
this.hakusai_set.setPosition(this.hakusai_tracer.cv.position);
this.tarai_fcurve.execute(Time.deltaTime);
this.tarai_tracer.proceedToDistance(this.tarai_tracer.curve.calcTotalDistance() * (1.0f - this.tarai_fcurve.getValue()));
SimpleSpline.ControlVertex cv = this.tarai_tracer.getCurrent();
this.tarai_fune.setPosition(cv.position);
this.player.controll.cmdSetPosition(cv.position);
this.player.controll.cmdSmoothHeadingTo(cv.position - cv.tangent.Y(0.0f));
if (this.tarai_fcurve.isTriggerDone())
{
this.ripple_effect.is_created = false;
}
}
break;
// 대야에서 내립니다(기슭을 향해 점프).
case STEP.GET_OFF_TARAI_0:
{
this.player_jump.execute(Time.deltaTime);
this.player.controll.cmdSetPosition(this.player_jump.position);
this.player.controll.cmdSmoothHeadingTo(this.player_jump.goal);
}
break;
// 대야에서 내립니다(조금 걷는다).
case STEP.GET_OFF_TARAI_1:
{
this.player_move.execute(Time.deltaTime);
this.player.controll.cmdSetPosition(this.player_move.position.current);
this.player.controll.cmdSmoothHeadingTo(this.player_move.position.goal);
this.player.playWalkMotion();
}
break;
// 배추가 돌아옵니다 & 대야가 밖으로 이동.
case STEP.CLOSE_DOOR:
{
this.hakusai_fcurve.execute(Time.deltaTime);
this.hakusai_tracer.proceedToDistance(this.hakusai_tracer.curve.calcTotalDistance() * (1.0f - this.hakusai_fcurve.getValue()));
this.hakusai_set.setPosition(this.hakusai_tracer.getCurrent().position);
this.tarai_fcurve.execute(Time.deltaTime);
this.tarai_tracer.proceedToDistance(this.tarai_tracer.curve.calcTotalDistance() * (1.0f - this.tarai_fcurve.getValue()));
this.tarai_fune.transform.position = this.tarai_tracer.getCurrent().position;
this.player.stopWalkMotion();
}
break;
}
// 대야 뒤에 나오는 물결.
if (!this.ripple_effect.is_created || Vector3.Distance(this.ripple_effect.last_position, this.tarai_fune.getPosition()) > 2.0f)
{
this.ripple_effect.is_created = true;
this.ripple_effect.last_position = this.tarai_fune.transform.position;
EffectRoot.get().createRipple(this.ripple_effect.last_position);
}
// ---------------------------------------------------------------- //
}
// 現在位置から進む（現在位置からの道のり）.
public void proceedByDistance(float dist)
{
do
{
if (this.is_ended)
{
break;
}
ControlVertex cv0;
if (this.t < 0.0f)
{
this.t = 0.0f;
}
cv0 = this.curve.calcVertex(this.t);
this.cv = cv0;
//
float dt = dist / this.curve.calcTotalDistance() * this.curve.getEnd();
float sdt = dt >= 0.0f ? 1.0f : -1.0f;
dt = Mathf.Abs(dt);
float dt0 = dt;
float t0 = this.t;
float advanced = 0.0f;
float advanced0 = advanced;
int i;
// 差大繰り返し回数.
int max_times = Mathf.CeilToInt(this.curve.getEnd() / dt);
max_times = max_times >= 1 ? max_times : 1;
for (i = 0; i < max_times; i++)
{
t0 = this.t;
this.t += sdt * dt;
if (this.t >= this.curve.getEnd() && sdt >= 0.0f)
{
this.t = this.curve.getEnd();
if (dt < dt0)
{
this.is_ended = true;
}
dt = Mathf.Max(0.0f, this.t - t0);
}
else if (this.t < 0.0f && sdt < 0.0f)
{
this.t = 0.0f;
if (dt < dt0)
{
this.is_ended = true;
}
dt = Mathf.Max(0.0f, Mathf.Abs(this.t - t0));
}
this.cv = this.curve.calcVertex(this.t);
advanced0 = advanced;
advanced += Vector3.Distance(cv0.position, this.cv.position);
if (this.is_ended)
{
break;
}
if (advanced >= Mathf.Abs(dist))
{
// 行き過ぎた場合.
// 進む距離を半分にして、直前の場所からやり直し.
dt *= 0.5f;
if (dt < dt0 / 100.0f)
{
break;
}
this.t = t0;
advanced = advanced0;
}
else
{
cv0 = this.cv;
}
}
} while(false);
}
public override void execute()
{
CameraControl camera = CameraControl.get();
// ---------------------------------------------------------------- //
// 다음 상태로 이행할지 체크합니다..
switch (this.step.do_transition())
{
// 이벤트 시작.
case STEP.START:
{
this.step.set_next(STEP.OPEN_DOOR);
//camera.module.parallelMoveTo(this.get_locator_position("cam_loc_0"));
// 맵에 연관되지 않은 아이템은 가지고 돌아감.
bool isPickingup = false;
string current_map = MapCreator.get().getCurrentMapName();
ItemController itemYuzu = ItemManager.get().findItem("Yuzu");
if (itemYuzu != null && itemYuzu.isActive())
{
if (current_map != itemYuzu.getProduction())
{
// 가지고 돌아기는 아이템이 있었다.
this.player.controll.cmdItemQueryPick(itemYuzu.name, true, true);
isPickingup = true;
}
}
ItemController itemNegi = ItemManager.get().findItem("Negi");
if (itemNegi != null && itemNegi.isActive())
{
if (current_map != itemNegi.getProduction())
{
// 가지고 돌아가는 아이템이 있었다.
this.player.controll.cmdItemQueryPick(itemNegi.name, true, true);
isPickingup = true;
}
}
if (this.player.controll.item_carrier.isCarrying() && isPickingup == false)
{
ItemController item = this.player.controll.item_carrier.getItem();
if (item.isExportable() == false)
{
// 가지고 나갈 수 없는 것은 두고 갑니다.
QueryItemDrop query_drop = this.player.controll.cmdItemQueryDrop();
query_drop.is_drop_done = true;
this.player.controll.cmdItemDrop(this.player.controll.account_name);
}
}
}
break;
// 배추가 옆으로 움직이고 & 대야가 등장.
case STEP.OPEN_DOOR:
{
if (this.hakusai_fcurve.isDone() && this.tarai_fcurve.isDone())
{
this.step.set_next(STEP.RIDE_TARAI_0);
}
}
break;
// 대야를 탑니다(기슭까지 걷는다).
case STEP.RIDE_TARAI_0:
{
if (!this.player_move.isMoving())
{
this.step.set_next(STEP.RIDE_TARAI_1);
}
}
break;
// 대야를 탑니다(대야를 향해 점프).
case STEP.RIDE_TARAI_1:
{
if (!this.player_jump.isMoving())
{
this.step.set_next(STEP.CLOSE_DOOR);
}
}
break;
// 배추가 돌아오고 & 대야가 밖을 향해 이동.
case STEP.CLOSE_DOOR:
{
if (this.hakusai_fcurve.isDone() && this.tarai_fcurve.isDone())
{
this.step.set_next(STEP.END);
}
}
break;
case STEP.END:
{
camera.module.popPosture();
this.step.set_next(STEP.IDLE);
}
break;
}
// ---------------------------------------------------------------- //
// 상태가 전환할 때의 초기화.
while (this.step.get_next() != STEP.NONE)
{
dbwin.console().print(this.step.ToString());
switch (this.step.do_initialize())
{
// 이벤트 시작.
case STEP.START:
{
camera.module.pushPosture();
this.player.beginOuterControll();
this.tarai_fune.transform.position = this.tarai_enter_spline.curve.cvs.front().position;
}
break;
// 배추가 옆으로 움직이고 & 대야가 등장.
case STEP.OPEN_DOOR:
{
this.hakusai_set.setControl(true);
this.hakusai_fcurve.setSlopeAngle(10.0f, 10.0f);
this.hakusai_fcurve.setDuration(4.0f);
this.hakusai_fcurve.start();
this.hakusai_tracer.restart();
this.tarai_fcurve.setSlopeAngle(60.0f, 10.0f);
this.tarai_fcurve.setDuration(2.0f);
this.tarai_fcurve.setDelay(2.0f);
this.tarai_fcurve.start();
}
break;
// 대야를 탑니다(기슭까지 걷는다).
case STEP.RIDE_TARAI_0:
{
this.player_move.position.start = this.player.controll.getPosition();
this.player_move.position.goal = this.get_locator_position("chr_loc_0");
this.player_move.startConstantVelocity(chrBehaviorLocal.MOVE_SPEED);
}
break;
// 대야를 탑니다(대야를 향해서 점프).
case STEP.RIDE_TARAI_1:
{
Vector3 start = this.player.controll.getPosition();
Vector3 goal = this.tarai_enter_spline.curve.cvs.back().position;
this.player_jump.start(start, goal, 1.0f);
}
break;
// 배추가 돌아오고 & 대야가 밖을 향해 이동.
case STEP.CLOSE_DOOR:
{
this.hakusai_fcurve.setSlopeAngle(10.0f, 10.0f);
this.hakusai_fcurve.setDuration(4.0f);
this.hakusai_fcurve.start();
this.hakusai_tracer.restart();
this.hakusai_tracer.setCurrentByDistance(this.hakusai_tracer.curve.calcTotalDistance());
this.tarai_tracer.attach(this.tarai_leave_spline.curve);
this.tarai_tracer.restart();
this.tarai_fcurve.reset();
this.tarai_fcurve.setSlopeAngle(20.0f, 60.0f);
this.tarai_fcurve.setDuration(2.0f);
this.tarai_fcurve.start();
}
break;
case STEP.END:
{
// 이벤트 종료.
this.hakusai_set.reset();
this.hakusai_set.setControl(false);
if (this.is_local_player)
{
if (this.is_map_change)
{
GlobalParam.get().skip_enter_event = false;
GlobalParam.get().fadein_start = false;
if (GlobalParam.get().is_in_my_home)
{
GameRoot.get().step.set_next(GameRoot.STEP.VISIT);
}
else
{
GameRoot.get().step.set_next(GameRoot.STEP.GO_HOME);
}
// 정원 이동을 알림.
if (GlobalParam.get().request_move_home)
{
Debug.Log("NotifyFieldMoving Leave END.");
GameRoot.get().NotifyFieldMoving();
}
}
else
{
GlobalParam.get().is_in_my_home = !GlobalParam.get().is_in_my_home;
this.player.controll.cmdSetPosition(this.initial_player_position);
this.player.endOuterControll();
}
}
else
{
// 아이템을 비활성화하고 나서 드롭하지 않으면 재생합니다.
ItemBehaviorFruit fruit = this.player.controll.getCarriedItem <ItemBehaviorFruit>();
if (fruit != null)
{
fruit.activeItem(false);
}
// 맵 이동이 없을 때 아이템을 가지고 돌아온 경우 아이템의 게임 오브젝트를.
// 폐기하지 않게 하고자 아이템을 버립니다.
this.player.controll.cmdItemDrop(this.player.name);
CharacterRoot.get().deletaCharacter(this.player.controll);
}
this.player = null;
}
break;
}
}
// ---------------------------------------------------------------- //
// 각 상태에서의 실행 처리.
switch (this.step.do_execution(Time.deltaTime))
{
// 배추가 옆으로 움직이고 & 대야가 등장.
case STEP.OPEN_DOOR:
{
this.hakusai_fcurve.execute(Time.deltaTime);
this.hakusai_tracer.proceedToDistance(this.hakusai_tracer.curve.calcTotalDistance() * this.hakusai_fcurve.getValue());
this.hakusai_set.setPosition(this.hakusai_tracer.getCurrent().position);
this.tarai_fcurve.execute(Time.deltaTime);
this.tarai_tracer.proceedToDistance(this.tarai_tracer.curve.calcTotalDistance() * this.tarai_fcurve.getValue());
this.tarai_fune.setPosition(this.tarai_tracer.getCurrent().position);
if (this.tarai_fcurve.isTriggerDone())
{
this.ripple_effect.is_created = false;
}
}
break;
// 대야를 탑니다(기슭까지 걷는다).
case STEP.RIDE_TARAI_0:
{
this.player_move.execute(Time.deltaTime);
this.player.controll.cmdSetPosition(this.player_move.position.current);
this.player.controll.cmdSmoothHeadingTo(this.player_move.position.goal);
this.player.playWalkMotion();
}
break;
// 대야를 탑니다(대야를 향해서 점프).
case STEP.RIDE_TARAI_1:
{
this.player_jump.execute(Time.deltaTime);
this.player.controll.cmdSetPosition(this.player_jump.position);
this.player.controll.cmdSmoothHeadingTo(this.player_jump.goal);
this.player.stopWalkMotion();
if (this.player_jump.is_trigger_bounce && this.player_jump.bounce_count == 1)
{
this.ripple_effect.is_created = false;
}
}
break;
// 배추가 돌아오고 & 대야가 밖을 향해 이동.
case STEP.CLOSE_DOOR:
{
this.hakusai_fcurve.execute(Time.deltaTime);
this.hakusai_tracer.proceedToDistance(this.hakusai_tracer.curve.calcTotalDistance() * (1.0f - this.hakusai_fcurve.getValue()));
this.hakusai_set.setPosition(this.hakusai_tracer.cv.position);
this.tarai_fcurve.execute(Time.deltaTime);
this.tarai_tracer.proceedToDistance(this.tarai_tracer.curve.calcTotalDistance() * this.tarai_fcurve.getValue());
SimpleSpline.ControlVertex cv = this.tarai_tracer.getCurrent();
this.tarai_fune.setPosition(cv.position);
this.player.controll.cmdSetPosition(cv.position);
this.player.controll.cmdSmoothHeadingTo(cv.position + cv.tangent.Y(0.0f));
this.player.stopWalkMotion();
}
break;
}
// 대야 뒤에 나오는 물결.
if (!this.ripple_effect.is_created || Vector3.Distance(this.ripple_effect.last_position, this.tarai_fune.getPosition()) > 2.0f)
{
this.ripple_effect.is_created = true;
this.ripple_effect.last_position = this.tarai_fune.transform.position;
EffectRoot.get().createRipple(this.ripple_effect.last_position);
}
// ---------------------------------------------------------------- //
}
