private int _width, _height; //PIXELS!!!
#endregion Fields
#region Constructors
public CLayer(string name, Actors.CComponent[] components, CTile[] tiles)
{
NAME = name;
_tiles = tiles;
_components = new ComponentManager(new ComponentFactory[]{ new ComponentFactory(components) } );
_image = Graphics.CTextures.generateLayerImage(this, tiles);
}
public void updateLayer(Microsoft.Xna.Framework.GameTime gameTime)
{
//components
_components.Update(gameTime);
//update tiles
for (int i = 0; i < _tiles.Count; i++)
{
CTile tile = _tiles[i];
Vector2 dimensions = Vector2.Zero;
//get tileset info
if (string.IsNullOrEmpty(tile.tileSet))
{
dimensions = _imageVector;
}
else
{
dimensions = tile.dimensions;
}
tile.shouldDraw = CMasterControl.buttonController.checkCullBoundary(tile.tileCoords, dimensions);
if (tile.shouldDraw)
{
tile.update();
}
}
}
public void tileCoordConverter()
{
for (int i = 0; i < _tiles.Count; i++)
{
CTile tile = _tiles[i];
tile.tileCoords.X *= 16;
tile.tileCoords.Y *= 16;
}
}
public CTile getTileInfo(int index)
{
CTile temp = _tiles[index] as CAnimatedTile;
if (temp == null)
{
return(new CTile(_tiles[index].atlasCoords, _tiles[index].tileCoords, _tiles[index].tileSet));
}
else
{
CAnimatedTile anim = (CAnimatedTile)temp;
return(new CAnimatedTile(anim.startingPosition, anim.atlasCoordsEnd, anim.tileCoords, anim.tileSet, anim.speed));
}
}
public CTile(CTile copy)
{
this.tileCoords = copy.tileCoords;
this.tileSet = copy.tileSet;
this._tileBounds = copy._tileBounds;
if (_boundary == null)
{
_boundary = new Actors.Collision.CHitBox(null, tileCoords.X, tileCoords.Y, Graphics.CTextures.textures[tileSet].FrameWidth, Graphics.CTextures.textures[tileSet].FrameHeight);
}
else
{
_dimensions = new Vector2(Graphics.CTextures.textures[tileSet].FrameWidth, Graphics.CTextures.textures[tileSet].FrameHeight);
}
}
public void drawLayer(SpriteBatch spriteBatch = null)
{
for (int i = 0; i < _tiles.Count; i++)
{
CTile tile = _tiles[i];
if (spriteBatch == null && !tile.shouldDraw)
{
continue;
}
otherImages[tile.tileSet].draw((int)(tile.tileCoords.X), (int)(tile.tileCoords.Y), (int)(tile.atlasCoords.X), (int)(tile.atlasCoords.Y), 1, 1, true, spriteBatch);
}
if (_components != null)
{
_drawlist.drawAll(_layerIndex, spriteBatch);
}
_tilesOnScreen.Clear();
}
public CMap(string fileName)
: base(Gears.Cartography.Map.deserializeFromXml(fileName))
{
_layers = new CLayer[base.NUM_LAYERS];
int layerCount = 0;
foreach (Gears.Cartography.layer layer in base.LAYERS)
{
uint componentAddresses = 0;
uint componentCount = 0;
Actors.CComponent[] compList = new CComponent[layer.COMPONENTS.Count()];
//=======================================================================
//Tiles
//=======================================================================
CTile[] tiles = new CTile[layer.TILE.Count()];
int tileCounter = 0;
foreach (Gears.Cartography.tile tile in layer.TILE)
{
if (!_coordFormat.IsMatch(tile.COORDS))
throw new FormatException("The coordinate format provided was not valid.\n" + "Tile: " + tile.COORDS);
if (!_coordFormat.IsMatch(tile.TILESELECTION))
throw new FormatException("The coordinate format provided was not valid.\n" + "Tile: " + tile.TILESELECTION);
Vector2 atlasCoords = new Vector2((float)Convert.ToDouble(_valSplitter.Split(tile.TILESELECTION)[0]),
(float)Convert.ToDouble(_valSplitter.Split(tile.TILESELECTION)[1]));
Vector2 mapCoords = new Vector2((float)Convert.ToDouble(_valSplitter.Split(tile.COORDS)[0]),
(float)Convert.ToDouble(_valSplitter.Split(tile.COORDS)[1]));
tiles[tileCounter++] = new CTile(atlasCoords,mapCoords,tile.TILESET);
}
//=======================================================================
//Components
//=======================================================================
foreach (Gears.Cartography.component component in layer.COMPONENTS)
{
CComponent tempComp = new CComponent(componentAddresses++);
foreach (Gears.Cartography.actors actor in component.ACTORS)
{
Type actorType = actor.actor;
CActor tempActor = (CActor)Activator.CreateInstance(actorType);
Vector2 coordinates = Vector2.Zero;
if (!_coordFormat.IsMatch(actor.COORDS))
throw new FormatException("The coordinate format provided was not valid.\n" + "Actor: " + actor.actor.ToString() + " " + actor.name);
coordinates.X = (float)Convert.ToDouble(_valSplitter.Split(actor.COORDS)[0]);
coordinates.Y = (float)Convert.ToDouble(_valSplitter.Split(actor.COORDS)[1]);
tempActor.init(actor.name, coordinates, componentAddresses - 1, _valSplitter.Split(actor.param));
tempComp.actors.Add(actor.name, tempActor);
}
compList[componentCount++] = tempComp;
}
_layers[layerCount] = new CLayer(layer.NAME, compList, tiles);
}
}
public CMap(string fileName)
{
//_internalMap = Gears.Cartography.Map.
_internalMap = Gears.Cartography.Map.deserialize(fileName);
_layers = new CLayer[_internalMap.NUM_LAYERS];
int layerCount = 0;
_tileIndex = new Graphics.CSprite(_internalMap.TILESET, Graphics.CTextures.textures[_internalMap.TILESET]);
foreach (Gears.Cartography.layer layer in _internalMap.LAYERS)
{
uint componentAddresses = 0;
int componentCount = 0;
Actors.CComponent[] compList = new CComponent[layer.COMPONENTS == null ? 0 : layer.COMPONENTS.Count()];
//=======================================================================
//Tiles
//=======================================================================
CTile[] tiles = new CTile[layer.TILES.Count()];
int tileCounter = 0;
foreach (Gears.Cartography.tile tile in layer.TILES)
{
if (!_coordFormat.IsMatch(tile.COORDS))
{
throw new FormatException("The coordinate format provided was not valid.\n" + "Tile: " + tile.COORDS);
}
if (!_coordFormat.IsMatch(tile.TILESELECTION))
{
throw new FormatException("The coordinate format provided was not valid.\n" + "Tile: " + tile.TILESELECTION);
}
Vector2 atlasCoords = new Vector2((float)Convert.ToDouble(_valSplitter.Split(tile.TILESELECTION)[0]),
(float)Convert.ToDouble(_valSplitter.Split(tile.TILESELECTION)[1]));
Vector2 mapCoords = new Vector2((float)Convert.ToDouble(_valSplitter.Split(tile.COORDS)[0]),
(float)Convert.ToDouble(_valSplitter.Split(tile.COORDS)[1]));
tiles[tileCounter++] = new CTile(atlasCoords, mapCoords, tile.TILESET);
}
if (layer.COMPONENTS != null)
{
//=======================================================================
//Components
//=======================================================================
foreach (Gears.Cartography.component component in layer.COMPONENTS)
{
CComponent tempComp = new CComponent(componentAddresses);
bool root = true;
foreach (Gears.Cartography.actors actor in component.ACTORS)
{
Type actorType = Type.GetType(actor.TYPE);
CActor tempActor = (CActor)Activator.CreateInstance(actorType);
Vector2 coordinates = Vector2.Zero;
if (!_coordFormat.IsMatch(actor.COORDS))
{
throw new FormatException("The coordinate format provided was not valid.\n" + "Actor: " + actor.TYPE.ToString() + " " + actor.NAME);
}
coordinates.X = (float)Convert.ToDouble(_valSplitter.Split(actor.COORDS)[0]);
coordinates.Y = (float)Convert.ToDouble(_valSplitter.Split(actor.COORDS)[1]);
tempActor.init(actor.NAME, coordinates, componentAddresses, actor.param == null ? null : actor.param.Split(','));
tempActor.layer = layerCount;
if (root)
{
tempComp.root = tempActor;
}
else
{
tempComp.actors.Add(actor.NAME, tempActor);
}
root = false;
_actorRegistry.Add(tempActor);
}
//register component
CMasterControl.commNet.Add((int)componentAddresses++, new List <CActorPacket>());
compList[componentCount++] = tempComp;
}
}
_layers[layerCount++] = new CLayer(layer.NAME, compList, tiles, ref _tileIndex);
}
}
public CMap(string fileName, Dictionary <string, Graphics.CSprite> atlasCache = null)
{
_hasMapStateChanged = true;
_internalMap = Gears.Cartography.Map.deserialize(fileName);
_layers = new List <CLayer>(_internalMap.NUM_LAYERS);
int layerCount = 0;
//cache bgm
if (_internalMap.BGM_FILE != null)
{
if (!CMasterControl.audioPlayer.soundBank.ContainsKey(_internalMap.BGM_FILE.BGM_REF_NAME))
{
CMasterControl.audioPlayer.soundBank.Add(_internalMap.BGM_FILE.BGM_REF_NAME,
new Sound.CSound(CMasterControl.glblContent.Load <Song>(_internalMap.BGM_FILE.BGM_FILE_LOC), true, -1));
}
_bgmRef = _internalMap.BGM_FILE.BGM_REF_NAME;
_bgmLoc = _internalMap.BGM_FILE.BGM_FILE_LOC;
}
/*if (_internalMap.TILESET != null)
* _tileIndex = new Graphics.CSprite(_internalMap.TILESET, Graphics.CTextures.textures[_internalMap.TILESET]);*/
_width = _internalMap.WIDTH;
_height = _internalMap.HEIGHT;
_largestAddress = 0;
foreach (Gears.Cartography.layer layer in _internalMap.LAYERS)
{
int componentAddresses = 2;
int componentCount = 0;
int hitboxAddress = CReservedAddresses.HITBOX_NOT_PRESENT;
Actors.CComponent[] compList = new CComponent[layer.COMPONENTS == null ? 0 : layer.COMPONENTS.Count()];
Dictionary <string, Graphics.CSprite> tileSets = new Dictionary <string, Graphics.CSprite>();
//=======================================================================
//Tiles
//=======================================================================
CTile[] tiles = new CTile[layer.TILES.Count()];
int tileCounter = 0;
foreach (Gears.Cartography.tile tile in layer.TILES)
{
if (!_coordFormat.IsMatch(tile.COORDS))
{
throw new FormatException("The coordinate format provided was not valid.\n" + "Tile: " + tile.COORDS);
}
if (!_coordFormat.IsMatch(tile.TILESELECTION))
{
throw new FormatException("The coordinate format provided was not valid.\n" + "Tile: " + tile.TILESELECTION);
}
Vector2 atlasCoords = new Vector2((float)Convert.ToDouble(_valSplitter.Split(tile.TILESELECTION)[0]),
(float)Convert.ToDouble(_valSplitter.Split(tile.TILESELECTION)[1]));
Vector2 mapCoords = new Vector2((float)Convert.ToDouble(_valSplitter.Split(tile.COORDS)[0]),
(float)Convert.ToDouble(_valSplitter.Split(tile.COORDS)[1]));
Vector2 atlasCoordsEnd = Vector2.Zero;
if (tile.TILESELECTIONEND != null)
{
atlasCoordsEnd = new Vector2((float)Convert.ToDouble(_valSplitter.Split(tile.TILESELECTIONEND)[0]),
(float)Convert.ToDouble(_valSplitter.Split(tile.TILESELECTIONEND)[1]));
}
if (!tileSets.ContainsKey(tile.TILESET))
{
tileSets.Add(tile.TILESET, new Graphics.CSprite(tile.TILESET));
}
if (tile.TILESELECTIONEND == null)
{
tiles[tileCounter++] = new CTile(atlasCoords, mapCoords, tile.TILESET);
}
else
{
tiles[tileCounter++] = new CAnimatedTile(atlasCoords, atlasCoordsEnd, mapCoords, tile.TILESET, tile.SPEED);
}
}
List <CActor> actorsForDrawList = new List <CActor>();
if (layer.COMPONENTS != null)
{
//=======================================================================
//Components
//=======================================================================
foreach (Gears.Cartography.component component in layer.COMPONENTS)
{
CComponent tempComp = new CComponent(component.ADDRESS);
foreach (Gears.Cartography.actors actor in component.ACTORS)
{
Type actorType = Type.GetType(actor.TYPE);
if (actorType == typeof(King_of_Thieves.Actors.Collision.CSolidTile))
{
hitboxAddress = component.ADDRESS;
hitBoxCounter += 1;
}
CActor tempActor = (CActor)Activator.CreateInstance(actorType);
Vector2 coordinates = Vector2.Zero;
if (!_coordFormat.IsMatch(actor.COORDS))
{
throw new FormatException("The coordinate format provided was not valid.\n" + "Actor: " + actor.TYPE.ToString() + " " + actor.NAME);
}
coordinates.X = (float)Convert.ToDouble(_valSplitter.Split(actor.COORDS)[0]);
coordinates.Y = (float)Convert.ToDouble(_valSplitter.Split(actor.COORDS)[1]);
tempComp.addActor(tempActor, actor.NAME);
tempActor.init(actor.NAME, coordinates, actorType.ToString(), componentAddresses, actor.param == null ? null : actor.param.Split(','));
tempActor.layer = layerCount;
tempActor.swapImage(CActor._MAP_ICON);
_actorRegistry.Add(tempActor);
actorsForDrawList.Add(tempActor);
//add queued actors
while (tempActor.registrationsQueued)
{
CActor registration = tempActor.popActorForRegistration();
tempComp.addActor(registration, registration.name);
registration.layer = layerCount;
_actorRegistry.Add(registration);
actorsForDrawList.Add(registration);
}
}
//register component
_componentRegistry.Add(tempComp);
tempComp.layer = layerCount;
if (tempComp.address > _largestAddress)
{
_largestAddress = tempComp.address;
}
compList[componentCount++] = tempComp;
componentAddresses++;
}
}
CLayer tempLayer = new CLayer(layer.NAME, compList, tiles, ref _tileIndex, layerCount, Convert.ToDouble(_internalMap.VERSION), hitboxAddress);
tempLayer.addToDrawList(actorsForDrawList);
actorsForDrawList.Clear();
_layers.Add(tempLayer);
layerCount++;
//_layers[layerCount] = new CLayer(layer.NAME, compList, tiles, ref _tileIndex, Convert.ToDouble(_internalMap.VERSION));
if (atlasCache == null)
{
tempLayer.otherImages = tileSets;
}
else
{
tempLayer.otherImages = atlasCache;
}
}
/*Actors.CComponent[] managers = _createManagers();
* //add controllers
* foreach (Actors.CComponent component in managers)
* {
* _layers[0].addComponent(component);
* _componentRegistry.Add(component);
* }*/
}
public void writeMap(string fileName)
{
//Gears.Cartography.Map
_internalMap = new Gears.Cartography.Map();
_internalMap.VERSION = "1";
_internalMap.LAYERS = new Gears.Cartography.layer[_layers.Count()];
_internalMap.NUM_LAYERS = (byte)_internalMap.LAYERS.Count();
_internalMap.TILESET = _tileIndex == null ? null : _tileIndex.atlasName;
if (!string.IsNullOrWhiteSpace(_bgmLoc) && !string.IsNullOrWhiteSpace(_bgmRef))
{
_internalMap.BGM_FILE = new Gears.Cartography.bgmFile();
_internalMap.BGM_FILE.BGM_FILE_LOC = _bgmLoc;
_internalMap.BGM_FILE.BGM_REF_NAME = _bgmRef;
}
for (int i = 0; i < _layers.Count(); i++)
{
Dictionary <int, List <string> > actorData = null;
_internalMap.LAYERS[i] = new Gears.Cartography.layer();
_internalMap.LAYERS[i].LAYER_WIDTH = _layers[i].width;
_internalMap.LAYERS[i].LAYER_HEIGHT = _layers[i].height;
_internalMap.LAYERS[i].NAME = _layers[i].NAME;
_internalMap.LAYERS[i].TILES = new Gears.Cartography.tile[_layers[i].numberOfTiles];
actorData = _layers[i].getActorHeaderInfo();
_internalMap.LAYERS[i].COMPONENTS = new Gears.Cartography.component[_layers[i].componentCount];
int componentCounter = 0;
foreach (CComponent component in _componentRegistry)
{
if (component.layer == i)
{
_internalMap.LAYERS[i].COMPONENTS[componentCounter] = new Gears.Cartography.component();
Gears.Cartography.component comp = _internalMap.LAYERS[i].COMPONENTS[componentCounter];
comp.ADDRESS = component.address;
comp.ACTORS = new Gears.Cartography.actors[component.actors.Count + 1];
//write the root component
comp.ACTORS[0] = new Gears.Cartography.actors();
comp.ACTORS[0].NAME = component.root.name;
comp.ACTORS[0].TYPE = component.root.dataType;
comp.ACTORS[0].COORDS = component.root.position.X + ":" + component.root.position.Y;
foreach (string param in component.root.mapParams)
{
comp.ACTORS[0].param += param + ",";
}
if (comp.ACTORS[0].param != null)
{
comp.ACTORS[0].param = comp.ACTORS[0].param.Substring(0, comp.ACTORS[0].param.Length - 1);
}
//write the rest
for (int j = 1; j < comp.ACTORS.Count(); j++)
{
List <CActor> actors = component.actors.Values.ToList();
comp.ACTORS[j] = new Gears.Cartography.actors();
comp.ACTORS[j].NAME = actors[j - 1].name;
comp.ACTORS[j].TYPE = actors[j - 1].dataType;
comp.ACTORS[j].COORDS = actors[j - 1].position.X + ":" + actors[j - 1].position.Y;
foreach (string param in actors[j - 1].mapParams)
{
comp.ACTORS[j].param += param + ",";
}
if (comp.ACTORS[j].param != null)
{
comp.ACTORS[j].param = comp.ACTORS[j].param.Substring(0, comp.ACTORS[j].param.Length - 1);
}
}
componentCounter++;
}
}
for (int j = 0; j < _internalMap.LAYERS[i].TILES.Count(); j++)
{
_internalMap.LAYERS[i].TILES[j] = new Gears.Cartography.tile();
CTile temp = _layers[i].getTileInfo(j);
_internalMap.LAYERS[i].TILES[j].COORDS = temp.tileCoords.X + ":" + temp.tileCoords.Y;
_internalMap.LAYERS[i].TILES[j].TILESELECTION = temp.atlasCoords.X + ":" + temp.atlasCoords.Y;
_internalMap.LAYERS[i].TILES[j].TILESET = temp.tileSet;
CAnimatedTile animTemp = temp as CAnimatedTile;
if (animTemp != null)
{
_internalMap.LAYERS[i].TILES[j].TILESELECTION = animTemp.startingPosition.X + ":" + animTemp.startingPosition.Y;
_internalMap.LAYERS[i].TILES[j].TILESELECTIONEND = animTemp.atlasCoordsEnd.X + ":" + animTemp.atlasCoordsEnd.Y;
_internalMap.LAYERS[i].TILES[j].SPEED = animTemp.speed;
}
temp = null;
animTemp = null;
}
}
_internalMap.serializeToXml(fileName);
}
public void addTile(CTile tile)
{
_tiles.Add(tile);
}
