protected override NVector CreateNewSpot()
{
int level = Math.Max(GameMgmt.Get().data.map.standard - 1, 0); //underground
GameMapData gmap = GameMgmt.Get().data.map;
GameMapDataLevel gmdl = GameMgmt.Get().data.map.levels[level];
int i = 0;
while (i < 1000)
{
i++;
int x = Random.Range(0, gmap.width);
int y = Random.Range(0, gmap.height);
DataTerrain t = gmdl.Terrain(x, y);
if (t.MoveCost("float") == 0 || t.MoveCost("float") > 10)
{
continue; // can walk?
}
if (!S.Unit().Free(new NVector(x, y, gmap.standard)))
{
continue; //near water?
}
return(new NVector(x, y, level));
}
Debug.Log($"{level}/{gmap.levels.Count}");
NVector pos = new NVector(Random.Range(0, gmap.width), Random.Range(0, gmap.height), gmap.standard);
Debug.LogError($"Can not find a start position using {pos}");
return(pos);
}
protected virtual NVector CreateNewSpot()
{
GameMapData gmap = GameMgmt.Get().data.map;
GameMapDataLevel gmdl = GameMgmt.Get().data.map.levels[gmap.standard];
int i = 0;
while (i < 1000)
{
i++;
int x = Random.Range(0, gmap.width);
int y = Random.Range(0, gmap.height);
DataTerrain t = gmdl.Terrain(x, y);
if (t.MoveCost("walk") == 0 || t.MoveCost("walk") > 10)
{
continue; // can walk?
}
if (!gmdl.TerrainNear(x, y, "water", 2))
{
continue; //near water?
}
if (!S.Unit().Free(new NVector(x, y, gmap.standard)))
{
continue; //near water?
}
return(new NVector(x, y, gmap.standard));
}
NVector pos = new NVector(Random.Range(0, gmap.width), Random.Range(0, gmap.height), gmap.standard);
Debug.LogError($"Can not find a start position using {pos}");
return(pos);
}
private void CalcGrid(Player player, string moveType)
{
GameMapData gmap = GameMgmt.Get().data.map;
GameMapDataLevel level = GameMgmt.Get().newMap[_id].dataLevel;
float[,] costMap = new float[gmap.width, gmap.height];
for (int x = 0; x < gmap.width; x++)
{
for (int y = 0; y < gmap.height; y++)
{
costMap[x, y] = L.b.modifiers[C.MoveCost].CalcModi(level.Terrain(x, y).MoveCost(moveType), player,
new NVector(x, y, _id));// level.Terrain(x, y).MoveCost(moveType, nation);
//Debug.LogWarning($"Cost for {X},{Y} for {nation}-{moveType} is {costMap[x,y]}");
}
}
_grids[Key(player, moveType)] = new PGrid(costMap);
}