/*
* Create a map using the C++ library
*/
public int[] getMoves(MapStrategy strategy, UnitAPI unit, PlayerAPI p1, PlayerAPI p2, int curr_p, GameAPI game)
{
int[] curr_pos = { unit.x, unit.y };
Race race = (curr_p == 1) ? p1.race : p2.race;
int[] moves = new int[strategy.size * strategy.size];
TileType[] tiles = new TileType[strategy.size * strategy.size];
int[] pos = new int[strategy.size * strategy.size];
foreach (var tmpUnit in p1.units)
{
pos[tmpUnit.y * strategy.size + tmpUnit.x] = 1;
}
foreach (var tmpUnit in p1.units)
{
pos[tmpUnit.y * strategy.size + tmpUnit.x] = 2;
}
for (int i = 0; i < strategy.size; i++)
{
for (int j = 0; j < strategy.size; j++)
{
tiles[i + strategy.size * j] = game.map.tiles[i, j].getType();
}
}
Algo_getMoves(nativeAlgo, tiles, strategy.size, pos, curr_pos, curr_p, race, moves);
return(moves);
}
public MapAPI createMap(MapStrategy strategy, GameAPI game)
{
MapAPI map = new Map(strategy.size);
TileFlyweight tileFlyweight = new TileFlyweight();
TileType[] tiles1D = new TileType[strategy.size * strategy.size];
int[] pos = new int[strategy.size * strategy.size];
int[] posp1 = new int[2]; // posp1[0],posp1[1] : position (x,y) of unit's player1 at the beginning
int[] posp2 = new int[2];
// Call to the dll method
Algo_fillMap(nativeAlgo, tiles1D, strategy.size, pos);
// Converts TileType (enum) 2D array into a Tile (object) array
for (int i = 0; i < strategy.size; i++)
{
for (int j = 0; j < strategy.size; j++)
{
map.tiles[i, j] = tileFlyweight.getTile(tiles1D[i + strategy.size * j]);
if (pos[i + strategy.size * j] == 1)
{
posp1[0] = i;
posp1[1] = j;
}
else if (pos[i + strategy.size * j] == 2)
{
posp2[0] = i;
posp2[1] = j;
}
}
}
//Define units for each player
placeUnits(map, game.player1, strategy.nb_units, posp1);
placeUnits(map, game.player2, strategy.nb_units, posp2);
return(map);
}
public MapTilesFactory(MapType type)
{
this.map_strategy = getMapStrategy(type);
}
