public void createTiles()
{
TileFlyweight tileFw = new TileFlyweight();
// Recupere un tab de int avec le type de chaque case
var tiles = new TileType[size];
IntPtr algo = ApiUtil.MapAlgo_new();
// L'algo dipose les différents types de Tile
ApiUtil.MapAlgo_fillMap(algo, tiles, size);
// Remplissage de la map avec le résultat de l'algo
for (int i = 0; i < size; i++)
{
int x = i / Width;
int y = i % Width;
switch (tiles[i])
{
case TileType.PLAIN:
TilesTab[x, y] = tileFw.getPlainTile();
break;
case TileType.VOLCANO:
TilesTab[x, y] = tileFw.getVolcanoTile();
break;
case TileType.SWAMP:
TilesTab[x, y] = tileFw.getSwampTile();
break;
case TileType.DESERT:
TilesTab[x, y] = tileFw.getDesertTile();
break;
default:
break;
}
}
ApiUtil.MapAlgo_delete(algo);
}
// Génère l'ensemble des unités
public void createUnits(int nbUnits)
{
UnitFactory unitFct = new UnitFactory();
var posPlayers = new int[2];
IntPtr algo = ApiUtil.MapAlgo_new();
ApiUtil.MapAlgo_placePlayers(algo, Map.Width, posPlayers);
foreach (KeyValuePair <int, Player> kvp in PlayersDictionary)
{
int idPlayer = kvp.Key;
Player player = kvp.Value;
UnitType race = player.Race;
List <Unit> unitsList = new List <Unit>();
Position positionDepart = new Position(posPlayers[idPlayer - 1] / Map.Width, posPlayers[idPlayer - 1] % Map.Width);
for (int i = 1; i <= nbUnits; i++)
{
unitsList.Add(unitFct.createUnit(positionDepart, player.Race, i));
}
UnitsDictionary.Add(idPlayer, unitsList);
}
}
