/// <summary>
/// Initializes a new instance of the <see cref="Room" /> class.
/// </summary>
/// <param name="color">The color of the map.</param>
/// <param name="map">The map this room is based on.</param>
/// <param name="gravity">The gravity of the room.</param>
public Room(RoomType type, Color color, Map map, GraphicsDevice device, float gravity = DEFAULT_GRAVITY)
{
this.color = color;
Gravity = gravity;
this.map = map;
Type = type;
miniMapIsVisible = GameEngine.ShouldShowMinimap;
width = map.WidthInPixels();
height = map.HeightInPixels();
background = new Background(type, width, height);
/* Step 1: Load tiles from map. */
tilesize = new Vector2(map.TileWidth, map.TileHeight);
Debug.Assert(Math.Abs(map.WidthInPixels()%tilesize.X) < float.Epsilon,
"Map doesn't divide evenly into rows of tiles.");
Debug.Assert(Math.Abs(map.HeightInPixels()%tilesize.Y) < float.Epsilon,
"Map doesn't divide evenly into columns of tiles.");
tiles = new Tile[map.Height,map.Width];
TileGrid grid = ((TileLayer) map.GetLayer(TILE_LAYER_NAME)).Tiles;
for (int y = 0; y < map.Height; y++)
for (int x = 0; x < map.Width; x++)
{
TiledLib.Tile tile = grid[x, y];
tiles[y, x] = new Tile(new Vector2(x*tilesize.X, y*tilesize.Y), tilesize, tile, Color.White);
}
/* Step 2: Load objects from map. */
/* Player */
MapObject playerObj = map.FindObject((layer, obj) => obj.Name == PLAYER_OBJECT_NAME);
Add(new Player(new Vector2(playerObj.Bounds.X, playerObj.Bounds.Y)));
/* Ink Generators */
IEnumerable<MapObject> generatorObjs = map.FindObjects((layer, obj) => obj.Type == GENERATOR_OBJECT_NAME);
foreach (MapObject generatorObj in generatorObjs)
{
// get all the properties of the generator from the map object
Property directionProperty;
Debug.Assert(generatorObj.Properties.TryGetValue(DIRECTION_PROPERTY_NAME, out directionProperty),
"Generator with no direction.");
Vector2? genDirection = VectorHelper.FromDirectionString(directionProperty.RawValue);
Debug.Assert(genDirection != null, "Invalid direction name specified.");
float genX = genDirection.Value.X > 0 ? generatorObj.Bounds.Right : generatorObj.Bounds.Left;
float genY = genDirection.Value.Y < 0 ? generatorObj.Bounds.Bottom : generatorObj.Bounds.Top;
bool isWaterGenerator = false;
Property colorProperty;
Color? genColor = Color.Transparent;
Debug.Assert(generatorObj.Properties.TryGetValue(COLOR_PROPERTY_NAME, out colorProperty),
"Generator with no color.");
if (colorProperty.RawValue == WATER)
isWaterGenerator = true;
else
{
genColor = ColorHelper.FromString(colorProperty.RawValue);
Debug.Assert(genColor != null, "Invalid generator color was specified.");
}
int genInterval = DEFAULT_GENERATOR_INTERVAL;
Property intervalProperty;
if (generatorObj.Properties.TryGetValue(INTERVAL_PROPERTY_NAME, out intervalProperty))
genInterval = FloatHelper.ParseIntervalString(intervalProperty.RawValue);
float genSpeed = DEFAULT_GENERATOR_VELOCITY;
Property speedProperty;
if (generatorObj.Properties.TryGetValue(SPEED_PROPERTY_NAME, out speedProperty))
genSpeed = FloatHelper.ParseSpeedString(speedProperty.RawValue);
if (!isWaterGenerator)
{
Debug.Assert(genColor != Color.Transparent, "Invalid generator color specified.");
Add(new InkGenerator(new Vector2(genX, genY), genDirection.Value, genColor.Value, genInterval,
genSpeed));
}
else
Add(new WaterGenerator(new Vector2(genX, genY), genDirection.Value, genInterval, genSpeed));
}
/* Portals */
IEnumerable<MapObject> portalObjs = map.FindObjects((layer, obj) => obj.Type == PORTAL_OBJECT_NAME);
foreach (MapObject portalObj in portalObjs)
{
Property colorProperty;
Debug.Assert(portalObj.Properties.TryGetValue(COLOR_PROPERTY_NAME, out colorProperty), "Portal found with no color.");
Color? portalColor = ColorHelper.FromString(colorProperty.RawValue);
Debug.Assert(portalColor != null, "Invalid portal color was specified.");
bool isCorrectPortal = false;
Property correctProperty;
if (portalObj.Properties.TryGetValue("Correct", out correctProperty))
isCorrectPortal = true;
Vector2 portalPos = new Vector2(portalObj.Bounds.X, portalObj.Bounds.Y);
Vector2 portalSize = new Vector2(portalObj.Bounds.Width, portalObj.Bounds.Height);
Add(new Portal(Type, portalPos, portalSize, portalColor.Value, isCorrectPortal));
}
/* Spikes */
IEnumerable<MapObject> spikeObjs = map.FindObjects((layer, obj) => obj.Type == SPIKE_OBJECT_NAME);
foreach (MapObject spikeObj in spikeObjs)
{
Color? spikeColor = Color.White;
Vector2? spikeDirection;
Property colorProperty;
if (spikeObj.Properties.TryGetValue(COLOR_PROPERTY_NAME, out colorProperty))
spikeColor = ColorHelper.FromString(colorProperty.RawValue);
Debug.Assert(spikeColor.HasValue, "Invalid spike color specified.");
Property directionProperty;
Debug.Assert(spikeObj.Properties.TryGetValue(DIRECTION_PROPERTY_NAME, out directionProperty), "Spikes without direction");
spikeDirection = VectorHelper.FromDirectionString(directionProperty.RawValue);
Debug.Assert(spikeDirection.HasValue, "Invalid spike direction specified.");
bool alignedHorizontally = (spikeDirection.Value.X == 0);
bool facingLeft = (spikeDirection.Value.X < 0);
int numSpikes = alignedHorizontally
? (int)(spikeObj.Bounds.Width / (tilesize.X))
: (int)(spikeObj.Bounds.Height / (tilesize.Y));
for (int i = facingLeft ? 1 : 0; i < (facingLeft ? numSpikes : numSpikes - 1); i++)
{
spikes.Add(new Spike(alignedHorizontally
? new Vector2(spikeObj.Bounds.X + i*tilesize.X, spikeObj.Bounds.Y)
: new Vector2(spikeObj.Bounds.X, spikeObj.Bounds.Y + i*tilesize.Y),
new Vector2(tilesize.X * 2, tilesize.Y), spikeColor.Value, spikeDirection.Value));
}
}
/* Waves */
IEnumerable<MapObject> waveObjs = map.FindObjects((layer, obj) => obj.Type == WAVE_OBJECT_NAME);
foreach (MapObject waveObj in waveObjs)
{
Property colorProperty;
Color? waveColor = Color.White;
bool isWater = false;
Debug.Assert(waveObj.Properties.TryGetValue(COLOR_PROPERTY_NAME, out colorProperty), "Found a wave with no color.");
if (colorProperty.RawValue == WATER)
isWater = true;
else
{
waveColor = ColorHelper.FromString(colorProperty.RawValue);
Debug.Assert(waveColor.HasValue, "Invalid wave color specified.");
}
Property directionProperty;
Vector2? direction = new Vector2(1, 0);
if (waveObj.Properties.TryGetValue(DIRECTION_PROPERTY_NAME, out directionProperty))
{
direction = VectorHelper.FromDirectionString(directionProperty.RawValue);
}
Add(new WaveGenerator(new Vector2(waveObj.Bounds.X, waveObj.Bounds.Y + (1f/2f)*waveObj.Bounds.Height),
new Vector2(waveObj.Bounds.Width, waveObj.Bounds.Height * 1f/2f),
direction.Value.X < 0, isWater ? Color.LightBlue : waveColor.Value,
isWater));
}
/* Spouts */
IEnumerable<MapObject> spoutObjs = map.FindObjects((layer, obj) => obj.Type == "Spout");
foreach (MapObject spoutObj in spoutObjs)
{
bool isWater = false;
Color? spoutColor;
Property colorProperty;
Debug.Assert(spoutObj.Properties.TryGetValue(COLOR_PROPERTY_NAME, out colorProperty), "Spout has no color.");
if (colorProperty.RawValue == "Water")
{
spoutColor = Color.LightBlue;
isWater = true;
}
else
{
spoutColor = ColorHelper.FromString(colorProperty.RawValue);
}
Debug.Assert(spoutColor.HasValue, "Invalid color specified for spout.");
Vector2? spoutDirection;
Property directionProperty;
Debug.Assert(spoutObj.Properties.TryGetValue(DIRECTION_PROPERTY_NAME, out directionProperty), "Spout has no direction.");
spoutDirection = VectorHelper.FromDirectionString(directionProperty.RawValue);
Debug.Assert(spoutDirection.HasValue, "Invalid direction specified for spout.");
Add(new SpoutGenerator(new Vector2(spoutObj.Bounds.X, spoutObj.Bounds.Y), spoutDirection.Value, spoutColor.Value, isWater));
}
/* Sections */
IEnumerable<MapObject> sectionObjs = map.FindObjects((layer, obj) => obj.Type == SECTION_OBJECT_NAME);
foreach (MapObject sectionObj in sectionObjs)
{
Property zoomProperty;
float zoomLevel = -1;
bool centered = false;
if (sectionObj.Properties.TryGetValue(ZOOM_PROPERTY_NAME, out zoomProperty))
switch (zoomProperty.RawValue)
{
case NEAR:
zoomLevel = NEAR_ZOOM_LEVEL;
break;
case MEDIUM:
zoomLevel = MEDIUM_ZOOM_LEVEL;
break;
case FAR:
zoomLevel = FAR_ZOOM_LEVEL;
break;
case VERY_FAR:
zoomLevel = VERY_FAR_ZOOM_LEVEL;
break;
case CENTER:
centered = true;
break;
default:
throw new InvalidOperationException("Invalid zoom level.");
}
if (centered)
sections.Add(new Section(this, sectionObj.Bounds, centered));
else
sections.Add(new Section(this, sectionObj.Bounds, zoomLevel));
}
IEnumerable<MapObject> barrierObjs = Map.FindObjects((layer, obj) => obj.Type == "Barrier");
foreach (MapObject barrierObj in barrierObjs)
{
Property colorProperty;
Color? barrierColor;
Debug.Assert(barrierObj.Properties.TryGetValue(COLOR_PROPERTY_NAME, out colorProperty), "No color specified for barrier.");
barrierColor = ColorHelper.FromString(colorProperty.RawValue);
Debug.Assert(barrierColor.HasValue, "Invalid color specified for barrier.");
Property directionProperty;
Vector2? barrierDirection;
Debug.Assert(barrierObj.Properties.TryGetValue(DIRECTION_PROPERTY_NAME, out directionProperty), "No direction specified for barrier.");
barrierDirection = VectorHelper.FromDirectionString(directionProperty.RawValue);
Debug.Assert(barrierDirection.HasValue, "Invalid direction specified for barrier.");
Vector2 barrierPos = new Vector2(barrierObj.Bounds.X, barrierObj.Bounds.Y);
Vector2 barrierSize = new Vector2(barrierObj.Bounds.Width, barrierObj.Bounds.Height);
Add(new Barrier(barrierPos, barrierSize, barrierDirection.Value, barrierColor.Value));
Vector2 tilespan = GetTilespan(barrierPos, barrierSize);
Vector2 startPos = GetTileIndexByPixel(barrierPos);
for (int y = (int)startPos.Y; y < startPos.Y + tilespan.Y; y++)
for (int x = (int)startPos.X; x < startPos.X + tilespan.X; x++)
{
tiles[y, x] = new Tile(new Vector2(x * tilesize.X, y * tilesize.Y), tilesize, TileType.Solid, barrierColor.Value);
}
}
inkMap = new InkMap(device, width, height);
miniMap = new MiniMap(this, new Vector2(device.Viewport.Width - MINIMAP_X_OFFSET, 0 + MINIMAP_Y_OFFSET));
toolbar = new Toolbar(new Vector2(device.Viewport.Width - TOOLBAR_X_OFFSET, 0 + TOOLBAR_Y_OFFSET),
new Vector2(TOOLBAR_ICONSIZE_X, TOOLBAR_ICONSIZE_Y), new List<Texture2D>
{
ResourceManager.GetTexture("Misc_Navigation"),
ResourceManager.GetTexture("Misc_Reset")
}, Orientation.Vertical);
GameEngine.FadeIn(FadeSpeed.Fast);
}
