/**
* 精确匹配, A.b 只能匹配 A.b
*/
public bool MatchesTagExact(CGameplayTag TagToCheck)
{
if (!TagToCheck.IsValid())
{
return(false);
}
return(string.Equals(TagName, TagToCheck.TagName));
}
/**
* 本tag是否和TagToCheck匹配
* TagToCheck如果不合法, 则返回false
* 另外, A.b 匹配 A, 但A不匹配A.b
*/
public bool MatchesTag(CGameplayTag TagToCheck)
{
var container = CGameplayTagsManager.Instance.GetSingleTagContainer(this);
if (container == null)
{
return(false);
}
return(container.HasTag(TagToCheck));
}
/* Called for predictively added gameplay cue. Needs to remove tag count and possible invoke OnRemove event if misprediction */
public void OnPredictiveGameplayCueCatchup(CGameplayTag Tag)
{
}
/* Needed for delegate callback for tag prediction */
public void RemoveOneTagCount_NoReturn(CGameplayTag Tag)
{
//UpdateTagMap(Tag, -1);
}
/* Returns the magnitude of a SetByCaller modifier. Will return 0.f and Warn if the magnitude has not been set. */
public float GetSetByCallerMagnitude(CGameplayTag DataTag, bool WarnIfNotFound = true, float DefaultIfNotFound = 0f)
{
return(1f);
}
/* Sets the magnitude of a SetByCaller modifier */
public void SetSetByCallerMagnitude(CGameplayTag DataTag, float Magnitude)
{
}
/**
* 检测 两个tag有多相近, 返回值越小说明越相近
* 比如A.b.c 和A.b.d 就比 A.b.c和A.c更相近
*/
public int MatchesTagDepth(CGameplayTag TagToCheck)
{
return(CGameplayTagsManager.Instance.GameplayTagsMatchDepth(this, TagToCheck));
}
/** Used so we can have a TMap of this struct
* 我可以用静态id来实现
*/
public int GetTypeHash(CGameplayTag Tag)
{
return(1);
}
