public static Map2 GetMap(string MapID)
{
Map2 mp = new Map2();
mp.MapID = MapID;
foreach (MapData dat in Data)
{
if (dat.Maps.ContainsKey(MapID))
{
foreach (string key in dat.Maps[MapID].Regions.Keys)
{
if (!mp.Regions.ContainsKey(key))
{
mp.Regions.Add(key, GetRegionData(MapID + "." + key));
}
}
}
}
return(mp);
}
public static MagicTile[,] GenerateMagicTiles(Map2 Map)
{
MagicTile[,] tiles = new MagicTile[1, 1];
tiles.Initialize();
List <Point> PoPLocs = new List <Point>();
MagicTile[,] temp;
MagicTile temptile;
int largestX = 0;
int largestY = 0;
foreach (MapRegion region in Map.Regions.Values)
{
if (largestX < region.Position.X + region.Size.X / 10 || largestY < region.Position.Y + region.Size.Y / 10)
{
if (largestX < region.Position.X + region.Size.X / 10)
{
largestX = (int)(region.Position.X + region.Size.X / 10);
}
if (largestY < region.Position.Y + region.Size.Y / 10)
{
largestY = (int)(region.Position.Y + region.Size.Y / 10);
}
temptile = new MagicTile();
temp = new MagicTile[largestX, largestY];
temp.Initialize();
Array.Copy(tiles, temp, tiles.LongLength);
tiles = temp;
}
foreach (PlaceOfPower pop in region.PoPs)
{
if (largestX < ((int)region.Position.X + pop.Location.X) / 10 || largestY < ((int)region.Position.Y + pop.Location.Y) / 10)
{
if (largestX < ((int)region.Position.X + pop.Location.X) / 10)
{
largestX = ((int)region.Position.X + pop.Location.X) / 10;
}
if (largestY < ((int)region.Position.Y + pop.Location.Y) / 10)
{
largestY = ((int)region.Position.Y + pop.Location.Y) / 10;
}
temp = new MagicTile[largestX, largestY];
Array.Copy(tiles, temp, tiles.LongLength);
tiles = temp;
}
temptile = new MagicTile();
temptile.MainMagic = pop.PlaceType;
temptile.MagicLevels = new Dictionary <PoPType, byte>();
temptile.MagicLevels.Add(pop.PlaceType, pop.Strength);
tiles[((int)region.Position.X + pop.Location.X) / 10, ((int)region.Position.Y + pop.Location.Y) / 10] = temptile;
PoPLocs.Add(new Point(pop.Location.X + (int)region.Position.X, (int)region.Position.Y + pop.Location.Y));
}
}
List <int> dist = new List <int>();
int i;
int lowest = -1;
float low2 = -1;
List <PoPDistDat> closePoPs = new List <PoPDistDat>();
PoPDistDat tempdist;
float totaldist = 0;
for (int x = 0; x < largestX; x++)
{
for (int y = 0; y < largestY; y++)
{
if (tiles[x, y].MainMagic == new MagicTile().MainMagic)
{
foreach (Point pnt in PoPLocs)
{
i = (int)Math.Sqrt((((pnt.X / 10) - x) * ((pnt.X / 10) - x)) + (((pnt.Y / 10) - y) * ((pnt.Y / 10) - y)));
dist.Add(i);
if (lowest == -1)
{
lowest = i;
}
else if (i < lowest)
{
lowest = i;
}
if (i > lowest && low2 == -1)
{
low2 = i;
}
else if (low2 > i && i != lowest)
{
low2 = i;
}
}
for (int index = 0; index < dist.Count; index++)
{
if (dist[index] <= lowest * 3)
{
tempdist = new PoPDistDat();
tempdist.Distance = dist[index];
tempdist.Location = PoPLocs[index];
if (dist[index] == lowest)
{
tempdist.Lowest = true;
}
closePoPs.Add(tempdist);
totaldist += dist[index];
}
}
temptile = new MagicTile();
temptile.MagicLevels = new Dictionary <PoPType, byte>();
foreach (PoPDistDat dat in closePoPs)
{
if (dat.Lowest)
{
temptile.MainMagic = tiles[((int)dat.Location.X) / 10, ((int)dat.Location.Y) / 10].MainMagic;
}
foreach (PoPType pop in tiles[((int)dat.Location.X) / 10, ((int)dat.Location.Y) / 10].MagicLevels.Keys)
{
if (totaldist == dat.Distance)
{
if (temptile.MagicLevels.ContainsKey(pop))
{
temptile.MagicLevels[pop] += (byte)((((lowest + low2) - dat.Distance) / (lowest + low2)) * tiles[((int)dat.Location.X) / 10, ((int)dat.Location.Y) / 10].MagicLevels[pop]);
}
else
{
temptile.MagicLevels.Add(pop, (byte)((((lowest + low2) - dat.Distance) / (lowest + low2)) * tiles[((int)dat.Location.X) / 10, ((int)dat.Location.Y) / 10].MagicLevels[pop]));
}
}
else
{
if (temptile.MagicLevels.ContainsKey(pop))
{
temptile.MagicLevels[pop] += (byte)(((totaldist - dat.Distance) / totaldist) * tiles[((int)dat.Location.X) / 10, ((int)dat.Location.Y) / 10].MagicLevels[pop]);
}
else
{
temptile.MagicLevels.Add(pop, (byte)(((totaldist - dat.Distance) / totaldist) * tiles[((int)dat.Location.X) / 10, ((int)dat.Location.Y) / 10].MagicLevels[pop]));
}
}
}
}
tiles[x, y] = temptile;
}
lowest = -1;
dist = new List <int>();
closePoPs = new List <PoPDistDat>();
totaldist = 0;
low2 = -1;
}
}
return(tiles);
}