public TestScene()
{
_random = new DotNetRandom();
MapBuilder builder = new ForestBuilder(64, 64, 0, _random.Next());
builder.Build();
_map = builder.Map;
_fov = new FieldOfView(_map);
Race playerRace = Engine.Assets.GetAsset <Race>("player");
_player = new Player(playerRace);
_map.Add(_player, 32, 32);
for (int i = 0; i < 10; i++)
{
Creature frog = CreatureGenerator.NewCreature("frog");
_map.Add(frog, _map.RandomEmptyPoint(_random));
}
for (int i = 0; i < 10; i++)
{
Creature rat = CreatureGenerator.NewCreature("rat");
_map.Add(rat, _map.RandomEmptyPoint(_random));
}
_turnManager = new TurnManager <Creature>(_map.Creatures);
_tileSelection = Engine.Assets.GetAsset <Sprite>("tile_selection");
_soundEffectManager.LoadSoundEffect("rain_looped");
_soundEffectManager.LoadSoundEffect("thunder_01");
_soundEffectManager.Play("rain_looped", 0.4f, loop: true);
_camera = new Camera();
_camera.Zoom = 1f;
int w = Engine.Width / 8;
int h = Engine.Height / 8;
_camera.Origin = new Vector2(Engine.Width / 2, Engine.Height / 2);
_camera.X = _player.RenderX;
_camera.Y = _player.RenderY;
_mapRenderer = new MapRenderer(_map, _lightingManager, _camera);
_creatureRenderer = new CreatureRenderer(_map.Creatures, _map, _lightingManager, _camera);
_effectsRenderer = new EffectsRenderer(_map, _lightingManager, _camera);
_interfaceRenderer = new InterfaceRenderer(_map, _camera);
}
/// Ensure that all the tiles within AdjacentDistance from the player exist.
private void BuildAdjacentTiles()
{
for (float x = -AdjacentDistance; x < AdjacentDistance; x += Builder.TileSize)
{
for (float z = -AdjacentDistance; z < AdjacentDistance; z += Builder.TileSize)
{
Vector3 tilePos = new Vector3(
(int)((Controller.position.x + x) / Builder.TileSize) * Builder.TileSize, // round down to closest tile origin
0,
(int)((Controller.position.z + z) / Builder.TileSize) * Builder.TileSize);
if (!_tiles.Contains(tilePos))
{
Builder.Build(tilePos);
_tiles.Add(tilePos);
Debug.Log(String.Format("Built tile {0} {1}", tilePos.x, tilePos.z));
}
}
}
}