protected void CorFleetAnchorDifPosition()
{
BattleField battleField = BattleTaskManager.GetBattleField();
Vector3 to = (!_listBattleShips[0].shipModel.IsFriend()) ? _listBattleShips[1].transform.position : _listBattleShips[0].transform.position;
Vector3 to2 = _listBattleShips[0].shipModel.IsFriend() ? _listBattleShips[1].transform.position : _listBattleShips[0].transform.position;
Vector3 vector = Mathe.Direction(Vector3.zero, to);
Vector3 vector2 = Mathe.Direction(Vector3.zero, to2);
battleField.dicFleetAnchor[FleetType.Friend].transform.AddPosX(0f - vector.x);
battleField.dicFleetAnchor[FleetType.Enemy].transform.AddPosX(0f - vector2.x);
}
protected void CorFleetAnchorDifPosition()
{
BattleField battleField = BattleTaskManager.GetBattleField();
Vector3 to = (!this._listBattleShips.get_Item(0).shipModel.IsFriend()) ? this._listBattleShips.get_Item(1).get_transform().get_position() : this._listBattleShips.get_Item(0).get_transform().get_position();
Vector3 to2 = this._listBattleShips.get_Item(0).shipModel.IsFriend() ? this._listBattleShips.get_Item(1).get_transform().get_position() : this._listBattleShips.get_Item(0).get_transform().get_position();
Vector3 vector = Mathe.Direction(Vector3.get_zero(), to);
Vector3 vector2 = Mathe.Direction(Vector3.get_zero(), to2);
battleField.dicFleetAnchor.get_Item(FleetType.Friend).get_transform().AddPosX(-vector.x);
battleField.dicFleetAnchor.get_Item(FleetType.Enemy).get_transform().AddPosX(-vector2.x);
}
private void CalcDirection(Vector3 from, Vector3 to)
{
int num = Math.Sign(Mathe.Direction(from, to).x);
if (num == -1)
{
this._iStartDirection = UISortieShip.Direction.Left;
this._uiAircraft.get_transform().localEulerAnglesY(180f);
}
else if (num == 1)
{
this._iStartDirection = UISortieShip.Direction.Right;
this._uiAircraft.get_transform().localEulerAnglesY(0f);
}
}
private void CalcDirection(Vector3 from, Vector3 to)
{
Vector3 vector = Mathe.Direction(from, to);
switch (Math.Sign(vector.x))
{
case -1:
_iStartDirection = UISortieShip.Direction.Left;
_uiAircraft.transform.localEulerAnglesY(180f);
break;
case 1:
_iStartDirection = UISortieShip.Direction.Right;
_uiAircraft.transform.localEulerAnglesY(0f);
break;
}
}
public void Extend(bool isVec, Action callback)
{
_actCallback = callback;
base.transform.LookAt(_vecTorpedoTarget);
Vector3 vector = Mathe.Direction(base.transform.position, _vecTorpedoTarget);
Hashtable hashtable = new Hashtable();
if (isVec)
{
hashtable.Add("z", vector.z);
}
else
{
hashtable.Add("z", vector.z * -1f);
}
hashtable.Add("isLocal", false);
hashtable.Add("time", _moveTime);
hashtable.Add("delay", _delayTime);
hashtable.Add("easeType", iTween.EaseType.linear);
base.gameObject.ScaleTo(hashtable);
}
protected virtual void _initCameraState()
{
this._fYAxisLimit = 0f;
this._fSmoothCorrectionY = 0f;
this._isThroughMaxY = false;
CameraActor.ViewMode iViewMode = this._iViewMode;
switch (iViewMode + 1)
{
case CameraActor.ViewMode.FixChasing:
base.get_transform().set_position(this._vSrcPos);
base.get_transform().set_rotation(this._quaSrcRot);
this._vSmoothVelocity = Vector3.get_zero();
break;
case CameraActor.ViewMode.FixChasingRot:
base.get_transform().set_position(this._vDestPos);
base.get_transform().LookAt(this._vPointOfGaze);
break;
case CameraActor.ViewMode.ZoomChasing:
base.get_transform().set_position(this._vSrcPos);
this._quaTempRot = base.get_transform().get_rotation();
break;
case CameraActor.ViewMode.ZoomChasingUp:
{
float num = this._fSmoothDistance / Vector3.Distance(this._vPointOfGaze, base.get_transform().get_position());
this._vDestPos = this._vPointOfGaze + (base.get_transform().get_position() - this._vPointOfGaze) * num;
this._vSmoothVelocity = Vector3.get_zero();
this._fSmoothTime = 0.2f;
this._isAdjust = false;
base.get_transform().LookAt(this._vPointOfGaze);
break;
}
case CameraActor.ViewMode.SmoothMove:
{
float num2 = this._fSmoothDistance / Vector3.Distance(this._vPointOfGaze, base.get_transform().get_position());
this._vDestPos = this._vPointOfGaze + (base.get_transform().get_position() - this._vPointOfGaze) * num2;
this._vSmoothVelocity = Vector3.get_zero();
this._fSmoothTime = 0.2f;
this._isAdjust = false;
this._fAdjustY = base.get_transform().get_position().y + 10f;
base.get_transform().LookAt(this._vPointOfGaze);
break;
}
case CameraActor.ViewMode.SmoothMoveKI2ndEdition:
case CameraActor.ViewMode.FixedPositionChasing:
base.get_transform().set_position(this._vSrcPos);
base.get_transform().set_rotation(this._quaSrcRot);
break;
case CameraActor.ViewMode.RotateAroundObject:
base.get_transform().set_position(this._vPointOfGaze + base.get_transform().TransformDirection(Vector3.get_back() * this._fSmoothDistance));
base.get_transform().set_rotation(this._quaDestRot);
this._vSmoothVelocity = Vector3.get_zero();
this._fSmoothTime = 0.1f;
this._fSmoothCorrectionY = 6f;
break;
case CameraActor.ViewMode.Rotation:
{
Vector3 vector = Mathe.Direction(this._vPointOfGaze, this._vDestPos);
Vector3 vector2 = this._quaDestRot * vector;
base.get_transform().set_position(this._vPointOfGaze + vector2);
base.get_transform().LookAt(this._vPointOfGaze);
this._vSmoothVelocity = Vector3.get_zero();
break;
}
case CameraActor.ViewMode.Bezier:
base.get_transform().set_position(this._vSrcPos);
base.get_transform().set_rotation(this._quaSrcRot);
break;
case (CameraActor.ViewMode) 11:
this.eyePosition = this._vSrcPos;
this.eyeRotation = this._quaSrcRot;
this._fBezierTime = 0f;
break;
}
}
public static Vector2 NormalizeDirection(Vector2 from, Vector2 to)
{
return(Mathe.Direction(from, to).get_normalized());
}
protected virtual void _initCameraState()
{
_fYAxisLimit = 0f;
_fSmoothCorrectionY = 0f;
_isThroughMaxY = false;
switch (_iViewMode)
{
case ViewMode.NotViewModeCtrl:
break;
case ViewMode.Fix:
base.transform.position = _vSrcPos;
base.transform.rotation = _quaSrcRot;
_vSmoothVelocity = Vector3.zero;
break;
case ViewMode.FixChasing:
base.transform.position = _vDestPos;
base.transform.LookAt(_vPointOfGaze);
break;
case ViewMode.FixChasingRot:
base.transform.position = _vSrcPos;
_quaTempRot = base.transform.rotation;
break;
case ViewMode.ZoomChasing:
{
float d2 = _fSmoothDistance / Vector3.Distance(_vPointOfGaze, base.transform.position);
_vDestPos = _vPointOfGaze + (base.transform.position - _vPointOfGaze) * d2;
_vSmoothVelocity = Vector3.zero;
_fSmoothTime = 0.2f;
_isAdjust = false;
base.transform.LookAt(_vPointOfGaze);
break;
}
case ViewMode.ZoomChasingUp:
{
float d = _fSmoothDistance / Vector3.Distance(_vPointOfGaze, base.transform.position);
_vDestPos = _vPointOfGaze + (base.transform.position - _vPointOfGaze) * d;
_vSmoothVelocity = Vector3.zero;
_fSmoothTime = 0.2f;
_isAdjust = false;
Vector3 position = base.transform.position;
_fAdjustY = position.y + 10f;
base.transform.LookAt(_vPointOfGaze);
break;
}
case ViewMode.SmoothMove:
case ViewMode.SmoothMoveKI2ndEdition:
base.transform.position = _vSrcPos;
base.transform.rotation = _quaSrcRot;
break;
case ViewMode.FixedPositionChasing:
base.transform.position = _vPointOfGaze + base.transform.TransformDirection(Vector3.back * _fSmoothDistance);
base.transform.rotation = _quaDestRot;
_vSmoothVelocity = Vector3.zero;
_fSmoothTime = 0.1f;
_fSmoothCorrectionY = 6f;
break;
case ViewMode.RotateAroundObject:
{
Vector3 point = Mathe.Direction(_vPointOfGaze, _vDestPos);
Vector3 b = _quaDestRot * point;
base.transform.position = _vPointOfGaze + b;
base.transform.LookAt(_vPointOfGaze);
_vSmoothVelocity = Vector3.zero;
break;
}
case ViewMode.Rotation:
base.transform.position = _vSrcPos;
base.transform.rotation = _quaSrcRot;
break;
case ViewMode.Bezier:
eyePosition = _vSrcPos;
eyeRotation = _quaSrcRot;
_fBezierTime = 0f;
break;
}
}