public Civilization(string name, Color civColor, CultureTemplate cultureTemplate)
{
Name = name;
CivColor = civColor;
CultureTemplate = cultureTemplate;
Settlements = new List <Settlement>();
Armies = new List <Army>();
Buildings = new List <MapBuilding>();
}
public static void PlaceInitialCivilizations(TimelineLayer timelineLayer, NamelessGame game)
{
var worldSettingsContinentTilesPerCivilization = game.WorldSettings.ContinentTilesPerCivilization;
foreach (var worldBoardContinent in timelineLayer.Continents)
{
var civNumber = worldBoardContinent.SizeInTiles / worldSettingsContinentTilesPerCivilization;
var continentTiles = new Queue <WorldTile>();
foreach (var worldBoardWorldTile in timelineLayer.WorldTiles)
{
if (worldBoardWorldTile.Continent == worldBoardContinent && worldBoardWorldTile.Terrain != TerrainTypes.Water && worldBoardWorldTile.Owner == null)
{
continentTiles.Enqueue(worldBoardWorldTile);
}
}
//randomize list
continentTiles = new Queue <WorldTile>(continentTiles.OrderBy(
(o) =>
{
return(game.WorldSettings.GlobalRandom.Next() % continentTiles.Count);
}));
InternalRandom random = new InternalRandom(game.WorldSettings.GlobalRandom.Next(int.MaxValue - 1));
for (int i = 0; i < civNumber; i++)
{
bool civNameUnique = false;
string civName = "";
while (!civNameUnique)
{
civName = game.WorldSettings.NamesGenerator.GetCountryName(random).FirstCharToUpper();
civNameUnique = timelineLayer.Civilizations.All(x => x.Name != civName);
}
CultureTemplate culture = game.WorldSettings.CultureTemplates[
random.Next(game.WorldSettings.CultureTemplates.Count - 1)];
var civilization = new Civilization(civName, new Microsoft.Xna.Framework.Color(
new Vector4((float)random.Next(0, 100) / 100,
(float)random.Next(0, 100) / 100,
(float)random.Next(0, 100) / 100, 1)),
culture);
timelineLayer.Civilizations.Add(civilization);
var firstSettlement = new Settlement()
{
Name = civilization.CultureTemplate.GetTownName(random)
};
civilization.Settlements.Add(firstSettlement);
WorldTile tile = null;
bool noNeighbooringCivs = false;
const int squareToCheck = 10;
const int radiusToClaim = 7;
while (!noNeighbooringCivs)
{
if (!continentTiles.Any())
{
break;
}
tile = continentTiles.Dequeue();
noNeighbooringCivs = true;
for (int x = tile.WorldBoardPosiiton.X - squareToCheck; x <= tile.WorldBoardPosiiton.X + squareToCheck; x++)
{
for (int y = tile.WorldBoardPosiiton.Y - squareToCheck; y <= tile.WorldBoardPosiiton.Y + squareToCheck; y++)
{
if (timelineLayer.WorldTiles[x, y].Owner != null)
{
noNeighbooringCivs = false;
}
}
}
}
//if there is no tiles to place civilizations then break the loop
if (!continentTiles.Any())
{
break;
}
timelineLayer.Civilizations.Add(civilization);
tile.Settlement = firstSettlement;
for (int x = tile.WorldBoardPosiiton.X - radiusToClaim; x <= tile.WorldBoardPosiiton.X + radiusToClaim; x++)
{
for (int y = tile.WorldBoardPosiiton.Y - radiusToClaim; y <= tile.WorldBoardPosiiton.Y + radiusToClaim; y++)
{
var dX = x - tile.WorldBoardPosiiton.X;
var dY = y - tile.WorldBoardPosiiton.Y;
if (dX * dX + dY * dY <= (radiusToClaim))
{
timelineLayer.WorldTiles[x, y].Owner = civilization;
}
}
}
}
// var names = timelineLayer.Civilizations.Select(x => x.Name).Aggregate((s1, s2) => s1 + ", " + s2);
}
}
