private void ClearOrganModels()
{
if (m_listOrganModels == null)
{
return;
}
foreach (GameObject OrganModel in m_listOrganModels)
{
GameObjectOperation.ClearMaterials(OrganModel, 0f);
GameObjectOperation.ClearMeshes(OrganModel);
GameObject.Destroy(OrganModel);
}
m_listOrganModels.Clear();
}
/// <summary>
/// 更新该帧内的对象
/// </summary>
private void UpdateGameObject(GameObject preGameObject, GameObject curGameObject, List <Vector3> veticesFragment, WormholeFragment wormholeFragment)
{
if (m_AnimationIndex < m_AnimationMaxIndex)
{
/*
* 若该片段为NULL或该片段的个数为0
* 则说明该对象无顶点
* 不继续进行计算
*/
if (!GameObjectValidate.HavaVertices(preGameObject) || veticesFragment == null)
{
return; //09-05
}
//09-05
if (veticesFragment.Count != 0)
{
Vector3[] vertices = GameObjectOperation.GetVertices(preGameObject);
/*
* 根据片段中记录的顶点偏移数据
* 计算对象在该帧移动后的位置
* 其中该片段记录的是世界坐标系下的数据
* 因此要转换成对象所在的局部坐标系下
*/
for (int i = 0; i < vertices.Length; i++)
{
vertices[i] += veticesFragment[i];
}
/*
* 更新该对象
* 防止渲染出现异常
*/
GameObjectOperation.UpdateMeshInfo(preGameObject, vertices);
}
/*
* 虫洞逐帧变化模拟
* 当阈值增量为0，说明不变化
* 当阈值增量不为0
* 开启虫洞模拟 （_SimWormhole的值为1），并赋予相应的阈值
*/
if (wormholeFragment.ThresholdDetla == 0)
{
return;
}
Material material = GameObjectOperation.GetMaterial(preGameObject);
if (material == null || material.shader.name != "Custom/Leaves")
{
return;
}
material.SetFloat("_SimWormhole", 1);
material.SetColor("_Threshold",
CellularTexture.DEC2Color(wormholeFragment.InitThreshold + (int)(wormholeFragment.ThresholdDetla * m_AnimationIndex))
);
}
else //最后一帧
{
/*
* 无需计算
* 只需设置前一关键帧的对象不可见
* 后一帧对象可见即可
*/
preGameObject.SetActive(false);
curGameObject.SetActive(true);
GameObjectOperation.ClearMaterials(preGameObject);
GameObjectOperation.ClearMeshes(preGameObject);
GameObject.Destroy(preGameObject);
}
}