public void CreateNewWorld(string playerName, string startingBackground)
{
// Don't use property so we don't hit validation code
m_currentLevel = 0;
Stairs incommingStairs = null;
Random random = new Random();
bool generateCave = false;
for (int i = 0; i < 5; ++i)
{
generateCave = random.Chance(50);
MapGeneratorBase mapGenerator = generateCave ? (MapGeneratorBase)new SimpleCaveGenerator(random) : (MapGeneratorBase)new StitchtogeatherMapGenerator(random);
m_dungeon[i] = mapGenerator.GenerateMap(incommingStairs, i);
incommingStairs = m_dungeon[i].MapObjects.Where(x => x.Type == MapObjectType.StairsDown).OfType<Stairs>().First();
}
Point initialStairsUpPosition = m_dungeon[0].MapObjects.Where(x => x.Type == MapObjectType.StairsUp).OfType<Stairs>().First().Position;
ClearMonstersFromStartingArea(initialStairsUpPosition);
m_player = new Player(playerName, initialStairsUpPosition);
PlayerBackgrounds.SetupBackground(m_player, startingBackground);
TurnCount = 0;
m_physicsEngine = new PhysicsEngine(Player, Map);
m_pathFinding = new PathfindingMap(Player, Map);
// If the player isn't the first actor, let others go. See archtecture note in PublicGameEngine.
m_physicsEngine.AfterPlayerAction(this);
}
public void LoadSaveFile(string saveGameName)
{
string saveGameDirectory = GetSaveDirectoryCreateIfNotExist();
m_saveLoad.LoadGame(Path.Combine(saveGameDirectory, saveGameName));
m_physicsEngine = new PhysicsEngine(Player, Map);
m_pathFinding = new PathfindingMap(Player, Map);
}