// 更新状态逻辑
public void Update()
{
if (!isOnThisState)
{
return;
}
MaxDeadTimeCounter += Time.deltaTime;
if (MaxDeadTimeCounter > MaxDeadTime)
{
MaxDeadTimeCounter = 0;
ReleaseEntity();
return;
}
if (m_pFSM.animator)
{
AnimatorStateInfo state = m_pFSM.animator.GetCurrentAnimatorStateInfo(0);
AnimatorClipInfo[] clipinfo = m_pFSM.animator.GetCurrentAnimatorClipInfo(0);
//可见
if (m_pFSM.GetVisible())
{
//死亡动画播放完,删除
if (state.IsName("Dead"))
{
if (state.normalizedTime > 1.1f)
{
ReleaseEntity();
}
else
{
if (clipinfo.Length <= 0 || !clipinfo[0].clip)
{
ReleaseEntity();
}
}
}
}
else
{
ReleaseEntity();
}
}
else
{
ReleaseEntity();
}
}
// 更新状态逻辑
public void Update()
{
if (!isOnThisState)
{
return;
}
if (m_pFSM.bIsForceMoving || m_pFSM.m_bForceFlighting || m_pFSM.bPauseMachineUpdate)
{
return;
}
if (!m_pFSM.creaturePropety)
{
return;
}
//建筑不会移动
if (m_pFSM.creaturePropety.GetNumProp(ENTITY_PROPERTY.PROPERTY_SEX) == (int)MONSTER_TYPE.MONSTER_TYPE_TOWER)
{
return;
}
Vector3 deltapos = m_pFSM.syncPosition - m_pFSM.transform.position;
float deltadis = deltapos.magnitude;
if (deltadis < 0.01f)
{
return;
}
float deltatime = Time.deltaTime;
int smoothlevel = EntityFactory.Instance.smoothlevel;
float apprfactor1 = EntityFactory.Instance.apprfactor1;
float apprfactor2 = EntityFactory.Instance.apprfactor2;
Vector3 curPos;
if (smoothlevel == 2)
{
int vavyingframe = EntityFactory.Instance.vavyingFrame;
Vector3 advance = m_pFSM.syncVelocity.magnitude * deltapos.normalized * deltatime;
float advancedis = advance.magnitude;
bool bRun = advancedis > 0.001f && m_pFSM.GetAnimatorBool("isRun");
if (bRun)
{
if (runframecount < 0)
{
runframecount = 0;
}
runframecount++;
if (runframecount > 9999)
{
runframecount = 9999;
}
}
else
{
if (runframecount > 0)
{
runframecount = 0;
}
runframecount--;
if (runframecount < -9999)
{
runframecount = -9999;
}
}
int absrunframecount = Mathf.Abs(runframecount);
if (deltadis > 10.0f || deltadis < 0.1f) //太远或者太近直接拉
{
curPos = m_pFSM.syncPosition;
}
else if (runframecount < -vavyingframe) //稳定静止状态，已经停下来有vavyingframe帧，没走路情况只能直接拉
{
curPos = m_pFSM.syncPosition;
currappfactor = apprfactor2;
}
else if (runframecount >= -vavyingframe && runframecount < 0) //正在停下来的情况都用逼近公式2，apprfactor2趋于极限（同步点）时收敛速度更快
{
float deltafactor = Mathf.Abs(apprfactor2 - apprfactor1) / (float)vavyingframe;
currappfactor += deltafactor;
currappfactor = Mathf.Clamp(currappfactor, apprfactor1, apprfactor2);
curPos = m_pFSM.syncPosition * currappfactor + m_pFSM.transform.position * (1 - currappfactor);
}
else if (runframecount > 0 && runframecount <= vavyingframe) //正在起步情况都用逼近公式2，apprfactor2趋于极限（同步点）时收敛速度更快
{
float deltafactor = Mathf.Abs(apprfactor2 - apprfactor1) / (float)vavyingframe;
currappfactor -= deltafactor;
currappfactor = Mathf.Clamp(currappfactor, apprfactor1, apprfactor2);
curPos = m_pFSM.syncPosition * currappfactor + m_pFSM.transform.position * (1 - currappfactor);
}
else //稳定走路情况或临时停下来情况
{
if (advancedis * 0.5f > deltadis) //走路的最后一步，不足半个步长
{
curPos = m_pFSM.syncPosition;
}
else if (advancedis * 3.0f > deltadis && advancedis < deltadis) //处于走路动作且3个步长内能走远到同步位置的距离，用普通走路公式
{
curPos = m_pFSM.transform.position + advance;
}
else //否则，存在较大误差，比如时间轴缩放了，余下情况都用逼近公式1
{
curPos = m_pFSM.syncPosition * apprfactor1 + m_pFSM.transform.position * (1 - apprfactor1);
}
currappfactor = apprfactor1;
}
}
else if (smoothlevel == 1)
{
if (deltadis > 10.0f || deltadis < 0.1f) //太远或者太近直接拉
{
curPos = m_pFSM.syncPosition;
}
else
{
curPos = m_pFSM.syncPosition * apprfactor2 + m_pFSM.transform.position * (1 - apprfactor2);
}
}
else
{
curPos = m_pFSM.syncPosition;
}
if (m_pFSM.GetVisible())
{
curPos = MonsterStateMachine.CorrectPosFromPhysic(curPos, m_pFSM.creaturePropety.CreatureHeightInMeters + 2, GroundedCheckDistance);
}
m_pFSM.SetPosition(curPos);
Quaternion ate = Quaternion.Euler(m_pFSM.syncAngles);
Vector3 movDir = ate * Vector3.forward;
Vector3 ptTarget = curPos + movDir * 10;
m_pFSM.LookAtPoint(m_pFSM.CorrectLookAtPoint(ptTarget));
return;
}