//传入一个生物，判断出这个生物的可移动距离
public Dictionary <HexCoordinates, HexCellItem> GetCanMoveCellByMinionCard(CardEntry minionCard, HexModelInfo modelInfo)
{
Dictionary <HexCoordinates, HexCellItem> alreadyPassedCellMap = new Dictionary <HexCoordinates, HexCellItem>();
alreadyPassedCellMap.Add(minionCard.nowIndex, HexGrid.cellMap[minionCard.nowIndex]);
for (int n = 0; n < minionCard.cardInfo.movingDistance; n++)
{
Dictionary <HexCoordinates, HexCellItem> oneCheckAddMap = new Dictionary <HexCoordinates, HexCellItem>();
foreach (KeyValuePair <HexCoordinates, HexCellItem> keyValuePair in alreadyPassedCellMap)
{
HexCoordinates startCoordinates = keyValuePair.Key;
foreach (HexCoordinates hexCoordinates in modelInfo.expansionVector)
{
HexCoordinates targetHexCoordinates = HexUtil.GetTargetHexCoordinatesByStartPointAndVector(startCoordinates, hexCoordinates);
if (HexGrid.cellMap.ContainsKey(targetHexCoordinates))
{
if (HexGrid.cellMap[targetHexCoordinates].inThisCellCardList.Count == 0)
{
if (!alreadyPassedCellMap.ContainsKey(targetHexCoordinates) && !oneCheckAddMap.ContainsKey(targetHexCoordinates))
{
HexGrid.cellMap[targetHexCoordinates].pathfindingLastCell = keyValuePair.Value;
oneCheckAddMap.Add(targetHexCoordinates, HexGrid.cellMap[targetHexCoordinates]);
}
}
}
}
}
foreach (KeyValuePair <HexCoordinates, HexCellItem> keyValuePair in oneCheckAddMap)
{
alreadyPassedCellMap.Add(keyValuePair.Key, keyValuePair.Value);
}
}
return(alreadyPassedCellMap);
}
public HexGridItem(HexModelInfo modelInfo)
{
this.modelInfo = modelInfo;
}
