private void Awake()
{
trans = transform;
Vector3 cur_position = trans.position;
trans.position = NavMeshHelper.MakeReasonablePos(cur_position);
_last_time = Time.realtimeSinceStartup;
}
public void MoveToTargetPostion(Vector3 targtetPosition, float speed)
{
/*if (_entity.GetState() != E_StateId.move)
* EntityEventFactory.ChangeInEntityState(_entity, E_StateId.move);*/
Vector3 target = NavMeshHelper.MakeReasonablePos(targtetPosition);
TargetPosMove pos_move = target_pos_move as TargetPosMove;
pos_move.target = target;
pos_move.speed = speed;
_move_component = target_pos_move;
}
public Vector3 move_direction = Vector3.zero; // 键盘目标方向
public bool OnMove(EntityMovement entity_movement, float dt)
{
if (entity_movement._base_entity.GetState() != E_StateId.move)
{
return(true);
}
// 1.是否到达目的地
//if (!_reach_target_pos) return;
if (move_direction == Vector3.zero)
{
EntityEventFactory.ChangeInEntityState(entity_movement._base_entity, E_StateId.idle);
return(true);
}
Vector3 cur_position = entity_movement.trans.position;
//cur_position = NavMeshHelper.MakeReasonablePos(cur_position);
//float target_height = NavMeshHelper.GetGroundHeightY(cur_position + NAVMESH_RADIUS * move_direction);
//if (MathHelper.IsEqual(target_height, MovementConst.error_height))
// return;
// 2.移动的距离
Vector3 distance = move_direction * dt * entity_movement.movespeed;
//Vector3 normal = trans.forward.normalized * distance.magnitude;
//Vector3 tp = Quaternion.Euler(move_direction)*distance;
// 3.下一个位置
Vector3 next_pos = cur_position + distance;
/* float height = NavMeshHelper.GetGroundHeightY(next_pos);
* if (!MathHelper.IsEqual(height, MovementConst.error_height))
* next_pos.y = height;*/
next_pos = NavMeshHelper.MakeReasonablePos(next_pos);
entity_movement.trans.position = next_pos;
// _update_direction();
entity_movement.OnRotating(move_direction);
move_direction = Vector3.zero;
/*if (!NavMesh.CalculatePath(cur_position, next_pos, NavMesh.AllAreas, nav_path))
* {
* return;
* }
* if (nav_path.corners.Length < 2)
* {
* if (nav_path.corners.Length == 1) //有时会寻路出一个点的情况，这个还没好好研究
* {
* distance = nav_path.corners[0] - cur_position;
* distance = distance.normalized * dt * 5;
* next_pos = cur_position + distance;
* trans.position = next_pos;
* }
* else
* {
* //m_movement = Vector3.zero;
*
* }
* }
* else
* {
* distance = nav_path.corners[1] - cur_position; //调整方向
* distance = distance.normalized * dt * 5;
*
* next_pos = cur_position + distance;
*
* trans.position = next_pos;
* }*/
return(false);
}