override public Vector3 GetPos(
Vector3 _pos,
float _speed,
eMOVE_OUT_TYPE _outType = eMOVE_OUT_TYPE.POS,
eIGNORE_AXIS _axis = eIGNORE_AXIS.NONE)
{
if (m_pathList == null)
{
if (_outType == eMOVE_OUT_TYPE.DELTA)
{
return(Vector3.zero);
}
return(_pos);
}
float _fMoveSpeed = _speed * Time.deltaTime;
m_target = GetIgnoreAxis(m_target, _axis);
_pos = GetIgnoreAxis(_pos, _axis);
Vector3 vec3Movement = m_target - _pos;
if (_fMoveSpeed < vec3Movement.magnitude)
{
Vector3 _delta = vec3Movement.normalized * _fMoveSpeed;
if (_outType == eMOVE_OUT_TYPE.DELTA)
{
return(_delta);
}
return(_pos + _delta);
}
else
{
Vector3 _delta = vec3Movement.normalized * _fMoveSpeed;
++m_pathIndex;
if (m_pathList.Length > m_pathIndex)
{
m_target = m_pathList[m_pathIndex];
}
else
{
m_isStop = true;
}
if (_outType == eMOVE_OUT_TYPE.DELTA)
{
return(_delta);
}
return(_pos + _delta);
}
}
static public Vector3 GetIgnoreAxis(Vector3 _pos, eIGNORE_AXIS _axis)
{
switch (_axis)
{
case eIGNORE_AXIS.X:
_pos.x = 0f;
break;
case eIGNORE_AXIS.Y:
_pos.y = 0f;
break;
case eIGNORE_AXIS.Z:
_pos.z = 0f;
break;
}
return(_pos);
}
virtual public Vector3 GetPos(
Vector3 _pos,
float _speed,
eMOVE_OUT_TYPE _outType = eMOVE_OUT_TYPE.POS,
eIGNORE_AXIS _axis = eIGNORE_AXIS.NONE)
{
if (true == m_isStop)
{
return(_pos);
}
float _fMoveSpeed = _speed * Time.deltaTime;
m_target = GetIgnoreAxis(m_target, _axis);
_pos = GetIgnoreAxis(_pos, _axis);
Vector3 vec3Movement = m_target - _pos;
if (_fMoveSpeed < vec3Movement.magnitude)
{
Vector3 _delta = vec3Movement.normalized * _fMoveSpeed;
if (_outType == eMOVE_OUT_TYPE.DELTA)
{
return(_delta);
}
return(_pos + _delta);
}
else
{
m_isStop = true;
Vector3 _delta = vec3Movement;
if (_outType == eMOVE_OUT_TYPE.DELTA)
{
return(_delta);
}
return(_pos + _delta);
}
}
