public void SetData(Vector3 targetPos, float speed, LuaFunction cb, int objID, float fOffset, bool autopathing)
{
if (_ObjectComponent == null)
{
_ObjectComponent = _Owner.GetComponent <ObjectBehaviour>();
}
_TargetPos = targetPos;
#region 主角自动寻路判断逻辑
if (_OwnerType == ObjectBehaviour.OBJ_TYPE.HOSTPLAYER)
{
if (fOffset > 0.0f && Util.DistanceH(_Owner.transform.position, targetPos) < fOffset) //检查是否距离过近， 取消寻路，走直线逻辑
{
CHostPathFindingInfo.Instance.Clear();
}
else
{
CalcHostPathFindingInfo();
SetCameraQuickFollow(autopathing);
}
}
#endregion
_MoveSpeed = speed;
_TargetPos.y = CUnityUtil.GetMapHeight(_TargetPos) + _ObjectComponent.OffsetY; // 只需要在设置目标点时，计算一次高度
_DestOffset = fOffset;
if (OnFinishCallbackRef != null)
{
OnFinishCallbackRef.Release();
}
OnFinishCallbackRef = cb;
_BlockOccurCount = 0;
}
public void SetData(Vector3 dir, float speed, LuaFunction cb, bool continued = false, float continued_angle = 0)
{
if (speed < 0.00001f)
{
speed = 300f;
}
dir.y = 0;
bool bIsValidDir = Util.IsValidDir(ref dir);
Vector3 forward = _Owner.forward;
_StartDir = forward;
_StartDir.y = 0;
_Continue = continued;
if (!_Continue)
{
if (bIsValidDir)
{
_DestDir = dir;
_TotalTime = Vector3.Angle(_StartDir, _DestDir) / speed;
}
else
{
_DestDir = _StartDir;
_TotalTime = 0;
}
}
else //continue
{
Quaternion rotation = _Owner.rotation;
_StepTime = Mathf.Abs((int)(continued_angle / 60));
_LastAngle = continued_angle % 60;
_TurnDirect = (continued_angle > 0.0001f);
_ContinueAngle = continued_angle;
_TargetRotation = rotation * Quaternion.Euler(0, _LastAngle, 0);
_StartRotation = rotation;
_TotalTime = Mathf.Abs(continued_angle / speed);
_DestDir = Quaternion.Euler(0, continued_angle, 0) * forward;
}
_TimeStepPassed = 0;
_TimePassed = 0;
if (OnFinishCallbackRef != null)
{
OnFinishCallbackRef.Release();
}
OnFinishCallbackRef = cb;
}