public static void Island(ref HexMap map)
{
map.Fill("_");
int ci = map.MapWidth / 2;
int cj = map.MapHeight / 2;
Vector2 center = new Vector2(ci, cj);
List <Vector2> used = new List <Vector2>();
List <Vector2> next = new List <Vector2>();
for (int i = 0; i < 4; i++)
{
int di = ci + rng.Next(-map.MapWidth / 2, map.MapWidth / 2);
int dj = cj + rng.Next(-map.MapHeight / 2, map.MapHeight / 2);
foreach (var n in map.EmptyNeighbors(di, dj))
{
var chanceToFail = HexMap.Distance(n, center) * 4;
if (rng.Next(0, 100) > 20)
{
map.Put(n, "town");
}
else
{
next.Add(n);
}
if (rng.Next(0, 100) > chanceToFail)
{
next.AddRange(map.EmptyNeighbors(n));
}
}
map.Put(di, dj, "city");
}
Shuffle(next);
Queue <Vector2> nextUp = new Queue <Vector2>(next);
while (nextUp.Count > 0)
{
Vector2 f = nextUp.Dequeue();
if (map[f].biome != null)
{
continue;
}
var bs = map.BiomesInNeighbors(f);
var viable = bs[rng.Next(0, bs.Count)];
var v = map.RandomBiomeAround(viable);
map.Put(f, v);
used.Add(f);
var neighbors = map.EmptyNeighbors(f);
foreach (var n in neighbors)
{
var chanceToFail = HexMap.Distance(n, center) * 8;
if (rng.Next(0, 100) > chanceToFail)
{
nextUp.Enqueue(n);
}
}
}
// moors and waters
foreach (var field in used)
{
var mf = map[field];
if ((mf.biome == "water") &&
map.BiomesInNeighbors(field).Contains("valley"))
{
if (rng.Next(0, 100) > 50)
{
map.Put(field, "moors");
}
}
}
foreach (var field in used)
{
foreach (var n in map.Neighbors(field))
{
if (map[n].biome == null)
{
var prob = rng.Next(0, 10);
if (prob < 5)
{
map.Put(n, "water");
}
}
}
}
// cities
char sym = '@';
foreach (var t in map.Towns)
{
map[t].symbol = ++sym;
}
var processing = true;
while (processing)
{
processing = false;
foreach (var t in map.Towns)
{
var tf = map[t];
foreach (var n in map.Neighbors(t))
{
var nf = map[n];
if (nf.biome == "town" || nf.biome == "city")
{
if (tf.symbol < nf.symbol)
{
nf.symbol = tf.symbol;
processing = true;
}
}
}
}
}
foreach (var t in map.Towns)
{
var tf = map[t];
if (!map.TownFields.ContainsKey(tf.symbol))
{
map.TownFields.Add(tf.symbol, new List <Vector2>());
}
map.TownFields[tf.symbol].Add(t);
}
Dictionary <char, List <Vector2> > tmpMap = new Dictionary <char, List <Vector2> >();
{
char i = '@';
foreach (var p in map.TownFields)
{
i++;
if (!tmpMap.ContainsKey(i))
{
tmpMap.Add(i, new List <Vector2>());
}
foreach (var f in p.Value)
{
tmpMap[i].Add(f);
map[f].symbol = i;
}
}
map.TownFields = tmpMap;
}
TownNames.Shuffle();
foreach (var p in map.TownFields)
{
var index = p.Key - 65;
HexMap m = map;
var c = p.Value.FindAll(t => m[t].biome == "city");
var realCenter = c.Count > 0 ? c[0] : rng.FromArray(p.Value);
Vector2 cent = p.Value.Aggregate(Vector2.Zero, (acc, x) => acc + m.XY(x));
cent /= p.Value.Count;
map.TownTitles[cent] = new KeyValuePair <Vector2, string>(realCenter, TownNames[index]);
}
}
protected override void LoadContent()
{
spriteBatch = new SpriteBatch(GraphicsDevice);
font = Content.Load <SpriteFont>("Samble");
camera = new Camera(graphics.GraphicsDevice.Viewport);
map = new HexMap(20, 20);
map.Dimensions(80, 0, 160, 140);
map.Blank("tile_ocean_plain_dark_");
map.DefineBiomes("town", "city", "forest", "hills", "moors", "mountains", "valley", "water");
map.TieBiomes("city", "town", 4);
map.TieBiomes("city", "forest", 5);
map.TieBiomes("city", "valley", 5);
map.TieBiomes("moors", "moors", 5);
map.TieBiomes("moors", "water", 5);
map.TieBiomes("town", "valley", 3);
map.TieBiomes("town", "town", 2);
map.TieBiomes("town", "hills", 3);
map.TieBiomes("town", "water", 2);
map.TieBiomes("town", "forest", 3);
map.TieBiomes("forest", "town", 2);
map.TieBiomes("forest", "forest", 3);
map.TieBiomes("forest", "hills", 3);
map.TieBiomes("forest", "mountains", 3);
map.TieBiomes("forest", "valley", 1);
map.TieBiomes("hills", "valley", 5);
map.TieBiomes("hills", "forest", 2);
map.TieBiomes("hills", "mountains", 2);
map.TieBiomes("hills", "town", 1);
map.TieBiomes("mountains", "hills", 5);
map.TieBiomes("mountains", "forest", 5);
map.TieBiomes("valley", "valley", 2);
map.TieBiomes("valley", "hills", 2);
map.TieBiomes("valley", "mountains", 2);
map.TieBiomes("valley", "forest", 4);
map.TieBiomes("valley", "town", 2);
map.TieBiomes("water", "water", 5);
map.TieBiomes("water", "mountains", 4);
map.TieBiomes("water", "valley", 1);
map.Add("city_clear", "town", "tile_city_clear_green_", 0, 9);
map.Add("city_covered", "city", "tile_city_covered_green_", 0, 9);
map.Add("forest_conifer_dense_clear", "forest", "tile_forest_conifer_dense_clear_green_", 0, 9);
map.Add("forest_conifer_dense_covered", "forest", "tile_forest_conifer_dense_covered_green_", 0, 9);
map.Add("forest_conifer_sparse_clear", "forest", "tile_forest_conifer_sparse_clear_green_", 0, 9);
map.Add("forest_conifer_sparse_covered", "forest", "tile_forest_conifer_sparse_covered_green_", 0, 9);
map.Add("forest_deciduous_dense_clear", "forest", "tile_forest_deciduous_dense_clear_green_", 0, 9);
map.Add("forest_deciduous_dense_covered", "forest", "tile_forest_deciduous_dense_covered_green_", 0, 9);
map.Add("forest_deciduous_sparse_clear", "forest", "tile_forest_deciduous_sparse_clear_green_", 0, 9);
map.Add("forest_deciduous_sparse_covered", "forest", "tile_forest_deciduous_sparse_covered_green_", 0, 9);
map.Add("hills_dense_clear", "hills", "tile_hills_dense_clear_green_", 0, 9);
map.Add("hills_sparse_covered", "hills", "tile_hills_sparse_covered_green_", 0, 9);
map.Add("mountain_peak_forest_conifer", "mountains", "tile_mountain_peak_forest_conifer_green_", 0, 9);
map.Add("mountain_peak_forest_deciduous", "mountains", "tile_mountain_peak_forest_deciduous_green_", 0, 9);
map.Add("mountain_peak_grassland_green", "mountains", "tile_mountain_peak_grassland_green_", 0, 9);
map.Add("valley_dense_clear", "valley", "tile_valley_dense_clear_green_", 0, 9);
map.Add("valley_sparse_clear", "valley", "tile_valley_sparse_clear_green_", 0, 9);
map.Add("ocean_waves_small_dark", "water", "tile_ocean_waves_small_dark_", 0, 9);
map.Add("ocean_waves_big_dark", "water", "tile_ocean_waves_big_dark_", 0, 9);
map.Add("moor_sparse_covered", "moors", "tile_moor_sparse_covered_blue_", 0, 9);
map.Add("moor_dense_clear", "moors", "tile_moor_dense_clear_blue_", 0, 9);
map.AddLocations("overlay_location_framed_uncut_standard", "battlefield", "bridge", "camp", "campfire", "castle", "cave", "church", "city", "city_house", "dungeon",
"farm", "graveyard", "house", "inn", "lighthouse", "military", "mine", "nest", "outpost", "quarry", "ruin", "sanctuary", "ship", "shipwreck", "spring", "tent",
"tower", "village", "windmill", "witch_hut");
map.AddCharacters("strategy_figure_180x180_framed_standard", "adventurer", "adventurer_with_horse", "archer", "armored_horse", "balloon", "bandit", "bandits", "barbarian",
"bat", "bear", "boar", "bull", "carriage", "cart", "cat", "chicken", "cow", "crow", "cyclops", "dog", "donkey", "dragon", "druid", "elder", "farmer", "fen_fire", "frog",
"ghost", "goblin", "goblins", "hero", "hero_with_horse", "horse", "knight", "knight_with_horse", "kraken", "livestock", "mage", "miner", "mummy", "orc", "orcs", "paladin",
"paladin_with_horse", "party", "people", "pig", "pikeman", "priest", "rabbit", "rat", "rogue", "saddled_donkey", "saddled_horse", "sheep", "skeleton", "skeleton_archer",
"skeleton_warrior", "skeletons", "slime", "snake", "soldiers", "spider", "stag", "trader", "trader_with_donkey", "trader_with_wagon", "troll", "turkey", "villager", "wagon",
"warrior", "werewolf", "witch", "wolf", "worker", "workers", "yeti", "zombie", "zombies");
map.player = new Character(Content);
map.Load(Content);
Creator.Island(ref map);
center.X = 1600;
center.Y = 1400;
}
