public void DelectBlockInfo(string id, string datas)
{
var Success = false;
foreach (var key in BlockInfoList.Keys)
{
var s = BlockInfoList[key].RemoveAll
(
(List <BlockInfo> blockList)
=> blockList.Exists
(
(BlockInfo blockInfo)
=> blockInfo.Id == id && Universal.Match(blockInfo.Data, datas)
)
);
if (s > 0)
{
Success = true;
}
}
if (!Success)
{
Current.Error("Filter Block: \"" + id + "[" + datas + "]\" Not Found", false);
}
return;
}
public List <BlockInfo> GetBlockList(string id, string datas)
{
var t = new List <BlockInfo>();
if (!Regex.Match(id, @"\d+").Success&& !Regex.Match(id, @"^minecraft:").Success)
{
id = "minecraft:" + id;
}
foreach (var key in BlockInfoList.Keys)
{
t = BlockInfoList[key].Find
(
blockList
=> blockList.Any
(
blockInfo
=> blockInfo.Id == id && Universal.Match(datas, blockInfo.Data)
)
);
if (t != null)
{
return(t);
}
}
return(null);
}
} //RelativeBlocks (Tags | Ids, Relative Coordinate)
public bool ConditionMet(BlockInfo blockInfo, BlockCollection blockCollection, Vector3 pos, ResourceList res = null)
{
SetParamList();
if (_paramslist != null && blockInfo.Model.Params != null) //Match Params
{
if (!Universal.Match(blockInfo.Model.Params.Split(',').ToList(), _paramslist))
{
return(false); //When Params of BlockInfo Not Include Params of ModelInfoCondition
}
}
if (_relativeBlocks != null) //Match RelativeBlocks
{
foreach (var info in _relativeBlocks.Keys)
{
if (res != null)
{
var _b = res.SimpleBlockInfoCollection(info);
var b = blockCollection.GetBlock((int)(_relativeBlocks[info].X + pos.X), (int)(_relativeBlocks[info].Y + pos.Y), (int)(_relativeBlocks[info].Z + pos.Z));
if (b != null && _b != null)
{
var success = _b.Find((SimpleBlockInfo __b) => Universal.MatchBlock(b.GetBlockInfo(), __b));
if (success == null)
{
return(false); //When Blocks Not Match
}
}
else
{
return(false);
}
}
}
}
return(true);
}
public void SetTag(Dictionary <string, List <SimpleBlockInfo> > blockTagList)
{
foreach (var tag in blockTagList.Keys)
{
foreach (var target in blockTagList[tag])
{
if (Universal.MatchBlock(this, target))
{
TagAdd(tag);
}
}
}
}
public bool TagsAllMet(List <string> tags)
{
return(Universal.Match(tags, _tags));
}
public bool TagsAllMet(string tagExpression)
{
return(Universal.Match(tagExpression.Split(';').ToList(), _tags));
}
public bool TagsContain(List <string> tags)
{
return(Universal.Match(_tags, tags));
}
public bool TagsContain(string tagExpression)
{
return(Universal.Match(_tags, tagExpression.Split(';').ToList()));
}
