public void SetState()
{
car_component.transform.Reset();
d_State = Drive_State.Wait;
m_State = Moving_State.Parking;
}
private void MoveCar()
{
switch (d_State)
{
case Drive_State.Wait:
return;
case Drive_State.Acceleration:
case Drive_State.Deceleration:
break;
case Drive_State.Out_of_control:
//여기서는 그냥 뺑뺑이로 밖으로 튀어나가는 연출 보여줄거고
//카메라는 고정시킨다.
//그리고 차가 카메라 밖으로 나가면 레이스 끝내는걸로
if (!isGamePlaying)
{
return;
}
m_State = Moving_State.OutOfControl;
RaceEnd(FinishType.OutOfControl);
break;
default:
Debug.LogError("Wrong State");
break;
}
CalcCurrentSpeed();
switch (m_State)
{
case Moving_State.OnCurve:
if (_Drive_State == Drive_State.Acceleration)
{
currentHP -= curveDamage;
}
else if (_Drive_State == Drive_State.Deceleration)
{
currentHP += current_Car.Brake * 0.01f;
if (currentHP >= current_Car.MaxHP)
{
currentHP = current_Car.MaxHP;
time = 0;
}
}
if (currentHP <= 0)
{
_Drive_State = Drive_State.Out_of_control;
Debug.LogError("Die");
}
break;
case Moving_State.OnStraight:
//코너링 능력치 대비 회복량 조정해야한다
//현재 틱당 1%
DesignConstStorage.DoItList();
currentHP += current_Car.Cornering * 0.01f;
if (currentHP >= current_Car.MaxHP)
{
currentHP = current_Car.MaxHP;
time = 0;
}
break;
}
if (M_State != Moving_State.OutOfControl)
{
int _checkfactor = (int)(current_Car.Cornering / CurrentSpeed) + 1;
_checkfactor = 3;
float divideSpeed = CurrentSpeed / (_checkfactor + 1);
//Debug.LogError(string.Format("f{0} c{1} s{2} ds{3}", _checkfactor, current_Car.Cornering, CurrentSpeed, divideSpeed));
//이부분 대대적으로 바꿔야 할수도 있다. 191009 기준
//왜냐하면 지나간 정보로 판단하고 있어서 정보 전달이 늦을수도 있거든
//이전 정보가 아니라 미래정보 계산하는 방식으로 변경해야 할수도 있다.
//아닌가? 중간중간 처리하면 안해도 될거 같기도 하다.
Quaternion preQuat = gameObject.transform.rotation;
for (int i = 0; i < _checkfactor; i++)
{
SetDestination();
Car_Rotation();
MoveTo(divideSpeed);
}
if (isLastSection)
{
//마지막 섹션이면 속도 0 되었을때 결과 팝업
if (CurrentSpeed <= 0.0f && m_State != Moving_State.Parking)
{
RaceEnd(FinishType.Finish);
}
}
else
{
//마지막 섹션이 아니니까 브레이크 띄면 다시 주행
}
curveAngle = Quaternion.Angle(preQuat, gameObject.transform.rotation);
isTurnRight = (preQuat.eulerAngles - gameObject.transform.eulerAngles).z >= 0;
}
CheckMovingState();
}
public void CarInit(PlayingCarModifier cStat)
{
current_Car = cStat;
isBooster = false;
float sizeFactor = 1;
switch (current_Car.ModedCarStat.Information.Size)
{
case Car_Information.CarSize.Big:
sizeFactor = 1.1f;
break;
case Car_Information.CarSize.Normal:
sizeFactor = 1.0f;
break;
case Car_Information.CarSize.Compact:
sizeFactor = 0.9f;
break;
case Car_Information.CarSize.Small:
sizeFactor = 0.8f;
break;
}
this.gameObject.transform.localScale = baseObjectSize * sizeFactor;
trackPostions = Game_Manager.Instance.track_manager.Section_vecs;
CurrentSpeed = 0;
curveAngle = 0;
curveDamage = 0;
car_component.sprite = Resources.Load <Sprite>(string.Format(path, current_Car.ModedCarStat.CarName));
isGamePlaying = true;
spots = new List <GameObject>();
currentHP = current_Car.MaxHP;
sectionIndex = 0;
this.gameObject.transform.position = currentSection[0];
destinationIndex = 0;
d_State = Drive_State.Wait;
m_State = Moving_State.Parking;
//Load_Status();
//Debug.LogError(string.Format("{0} {1} {2} {3}", current_Car.TopSpeed, current_Car.Acceleration, current_Car.Brake, current_Car.Cornering));
SetDestination();
Car_Rotation();
Red = 70;
Green = 200;
brake_Btn_Image.sprite = start_Image;
Balance_Text.text = MyLocalization.Exchange("balance");
Start_Btn.SetActive(true);
Brake_Image.SetActive(false);
}