// 负责建筑数量多、能力种类少、厢房等级低的优先
private static int GetBedroomPriority(int partId, int placeId, int bedroomIndex,
BedroomInfo bedroomInfo, Dictionary <int, BuildingWorkInfo> buildings)
{
// nbuildingsNeedBedroom: [1, 4]
int nbuildingsNeedBedroom = bedroomInfo.buildingsNeedBedroom.Count;
// nRequiredAttrIds: [1, 4]
var requiredAttrIds = new HashSet <int>();
foreach (int buildingIndex in bedroomInfo.buildingsNeedBedroom)
{
var info = buildings[buildingIndex];
requiredAttrIds.Add(info.requiredAttrId);
}
int nRequiredAttrIds = requiredAttrIds.Count;
// bedroomLevel: [1, 20]
int[] building = DateFile.instance.homeBuildingsDate[partId][placeId][bedroomIndex];
int bedroomLevel = building[1];
// 4 buildings: 8+1, 8+2, 8+3, 8+4
// 3 buildings: 6+2, 6+3, 6+4
// 2 buildings: 4+3, 4+4
// 1 buildings: 2+4
int priority =
nbuildingsNeedBedroom * 200 + // [200, 800]
(5 - nRequiredAttrIds) * 100 + // [100, 400]
(21 - bedroomLevel) * 1; // [1, 20]
return(priority);
}
// 对于每个需要厢房才能满效率的建筑，尝试找到邻接厢房，生成建筑列表和候选厢房列表
private static void GetBedroomsForWork_PrepareData(int partId, int placeId,
Dictionary <int, BuildingWorkInfo> buildings,
Dictionary <int, List <int> > attrCandidates,
Dictionary <int, Dictionary <int, int> > workerAttrs,
Dictionary <int, BuildingInfo> buildingsNeedBedroom,
Dictionary <int, BedroomInfo> bedroomCandidates)
{
// 遍历所有建筑
foreach (var info in buildings.Values)
{
// 排除厢房
if (info.requiredAttrId == 0)
{
continue;
}
// 如果没有候选人，则不寻找邻接厢房
var sortedWorkerIds = attrCandidates[info.requiredAttrId];
if (sortedWorkerIds.Any())
{
int workerId = sortedWorkerIds[0];
int attrMaxValue = workerAttrs[workerId][info.requiredAttrId];
// 凭单个候选人无法满效率
if (attrMaxValue < info.fullWorkingAttrValue)
{
// 找到邻接厢房，并创建供之后使用的数据结构
var adjacentBedrooms = Bedroom.GetAdjacentBedrooms(partId, placeId, info.buildingIndex);
// 记录需要厢房的建筑信息
buildingsNeedBedroom[info.buildingIndex] = new BuildingInfo
{
buildingWorkInfo = info,
adjacentBedrooms = adjacentBedrooms,
};
// 记录候选厢房的信息
foreach (int bedroomBuildingIndex in adjacentBedrooms)
{
if (!bedroomCandidates.ContainsKey(bedroomBuildingIndex))
{
bedroomCandidates[bedroomBuildingIndex] = new BedroomInfo
{
buildingIndex = bedroomBuildingIndex,
buildingsNeedBedroom = new List <int>(),
};
}
bedroomCandidates[bedroomBuildingIndex].buildingsNeedBedroom.Add(info.buildingIndex);
}
}
}
}
}