//TODO: Fade
public static void LoadMap(GraphicsDevice graphics, int id, string spawn = "")
{
if (id == 999999999) // This is used to tell it not to load a new map..
return;
sw.Restart();
MapLoaded = false;
if (graphics != null)
_device = graphics;
if (Constants.Globals.Player == null)
{
Constants.Globals.Player = new MapleCharacter(MapleCharacter.CharacterColor.Light, 20000, 33400, _device);
Constants.Globals.Player.SetTop(graphics, 1040002);
}
MapleMap map = new MapleMap();
map.MapID = id;
MapleConsole.Write(MapleConsole.LogType.MESSAGE, "Loading Map \"" + map.FormattedMapID + "\".");
string path = "Map/Map" + map.FormattedMapID.Substring(0, 1) + "/" + map.FormattedMapID + ".img";
WZFile mapWz = new WZFile("Map.wz", WZVariant.GMS, true, WZReadSelection.LowMemory);
try { mapWz.ResolvePath(path); } // Make sure the map exists
catch (Exception) { MapleConsole.Write(MapleConsole.LogType.ERROR, "Map Doesn't Exist!"); return; }
if (!Constants.Game.MuteMusic)
MusicEngine.LoadMusic(mapWz.ResolvePath(path + "/info/bgm").ValueOrDefault<string>("")); // Load the music
// TODO: Get map name
bool boundsDefined = false;
try
{
map.Top = mapWz.ResolvePath(path + "/info/VRTop").ValueOrDefault<int>(0);
map.Bottom = mapWz.ResolvePath(path + "/info/VRBottom").ValueOrDefault<int>(0);
map.Left = mapWz.ResolvePath(path + "/info/VRLeft").ValueOrDefault<int>(0);
map.Right = mapWz.ResolvePath(path + "/info/VRRight").ValueOrDefault<int>(0);
boundsDefined = true;
}
catch (Exception)
{ // TODO: Find out the coords for maps that don't tell you the camera limit..
//map.Top = 0;
//map.Bottom = map.Top + 2009; // I got these values from orbis but I'm not sure whats going to happen on other maps..
}
map.Width = map.Right - map.Left;
map.Height = map.Bottom - map.Top;
map.HideMinimap = mapWz.ResolvePath(path + "/info/hideMinimap").ValueOrDefault<int>(1) == 1 ? true : false;
//int miniw = mapWz.ResolvePath(path + "/miniMap/width").ValueOrDefault<int>(0);
//int minih = mapWz.ResolvePath(path + "/miniMap/height").ValueOrDefault<int>(0);
// Set the global portal animation if its null
if (Constants.Globals.PortalAnimation == null)
{
Dictionary<int, MapleFrame> frames = new Dictionary<int, MapleFrame>();
foreach (WZCanvasProperty frame in mapWz.ResolvePath("MapHelper.img/portal/game/pv"))
{
WZPointProperty offset = (WZPointProperty)frame["origin"];
frames.Add(int.Parse(frame.Name), new MapleFrame(
new MapleCanvas(Tools.BitmapToTexture(_device, frame.Value),
new Vector2(-offset.Value.X, -offset.Value.Y)), 100));
// wtf.. The portal frame delay isn't in the wz files?!
}
Constants.Globals.PortalAnimation = new MapleAnimation(frames);
}
#region Load Footholds
foreach (WZObject fsp in mapWz.ResolvePath(path + "/foothold"))
foreach (WZObject fs in fsp)
foreach (WZObject fh in fs)
{
map.Footholds.Add(new MapleFoothold(int.Parse(fh.Name), new Vector2(fh["x1"].ValueOrDie<int>(), fh["y1"].ValueOrDie<int>()), new Vector2(fh["x2"].ValueOrDie<int>(), fh["y2"].ValueOrDie<int>()), int.Parse(fsp.Name)));
}
#endregion
#region Load Backgrounds
foreach (WZObject bg in mapWz.ResolvePath(path + "/back"))
{
if (bg is WZSubProperty && Tools.IsNumeric(bg.Name))
{
try
{
string fPath = "Back/" + bg["bS"].ValueOrDefault<string>("") + ".img/back/" + bg["no"].ValueOrDefault<int>(0);
WZCanvasProperty frame = (WZCanvasProperty)mapWz.ResolvePath(fPath);
WZPointProperty origin = (WZPointProperty)frame["origin"];
Dictionary<int, MapleFrame> bgs = new Dictionary<int, MapleFrame>();
bool isBack = bg["no"].ValueOrDefault<int>(-1) == 0;
if (!Constants.Globals.BackCache.ContainsKey(fPath))
Constants.Globals.BackCache.Add(fPath, Tools.BitmapToTexture(_device, frame.Value));
// TODO: Animated backgrounds..
// Again these algorithms are guessed.. Took me hours to get it realistic.. I pretty much just added random shit onto it XD
float newX = bg["x"].ValueOrDefault<int>(0) - bg["rx"].ValueOrDefault<int>(0) / 100 * (map.Width + (_device.Viewport.Width / 2)) + (map.Left * 1.65f);
float newY = bg["y"].ValueOrDefault<int>(0) - 100 + bg["ry"].ValueOrDefault<int>(0) / 100 * (map.Height + (_device.Viewport.Height / 2)) + map.Top + (map.Height - 300); // 300.. random
if (isBack)
{
newX = map.Left;
newY = map.Top;
}
bgs.Add(0, new MapleFrame(new MapleCanvas(Constants.Globals.BackCache[fPath], new Vector2(-origin.Value.X, -origin.Value.Y)), 100));
if (newX + -origin.Value.X > map.BackWidth)
{
int bW = (int)Math.Ceiling(newX);
map.BackWidth = bW + -origin.Value.X;
}
if (-newY + -origin.Value.Y > map.BackHeight) // Somethings up with this o.o why do we need to make newY negative?
{
int bH = (int)Math.Ceiling(-newY);
map.BackHeight = bH + -origin.Value.Y;
}
map.Backgrounds.Add(new MapleBackground(int.Parse(bg.Name), new MapleAnimation(bgs), new Vector2(newX, newY), bg["type"].ValueOrDie<int>(), isBack));
}
catch (Exception)
{
continue;
}
}
}
#endregion
#region Load Tiles/Objects
foreach (WZObject wLayer in mapWz.ResolvePath(path))
{
if (wLayer is WZSubProperty && Tools.IsNumeric(wLayer.Name))
{
string tS = "";
List<MapleTile> tiles = new List<MapleTile>();
List<MapleObject> objs = new List<MapleObject>();
bool hasSetBounds = false;
foreach (WZSubProperty item in wLayer)
{
switch (item.Name)
{
case "info":
if (item.ChildCount > 0)
tS = item["tS"].ValueOrDefault<string>("");
break;
case "obj":
foreach (WZObject wObj in item)
{
string oS = wObj["oS"].ValueOrDie<string>();
string l0 = wObj["l0"].ValueOrDie<string>();
string l1 = wObj["l1"].ValueOrDie<string>();
string l2 = wObj["l2"].ValueOrDie<string>();
string objPath = "Obj/" + oS + ".img/" + l0 + "/" + l1 + "/" + l2;
if (l1 == "cherryBlossom") // Skip this shit.. its all over henesys..
continue;
Dictionary<int, MapleFrame> frames = new Dictionary<int, MapleFrame>();
int z = wObj["z"].ValueOrDefault<int>(0);
foreach (WZObject oF in mapWz.ResolvePath(objPath))
{
if (oF is WZCanvasProperty && Tools.IsNumeric(oF.Name))
{
try
{
WZPointProperty offset = null;
int frameDelay = 150;
if (!Constants.Globals.ObjectCache.ContainsKey(objPath + "/" + oF.Name))
Constants.Globals.ObjectCache.Add(objPath + "/" + oF.Name, Tools.BitmapToTexture(_device, ((WZCanvasProperty)oF).Value));
foreach (WZObject o in oF)
if (o.Name == "origin")
offset = (WZPointProperty)o;
else if (o.Name == "delay")
frameDelay = o.ValueOrDefault<int>(150);
frames.Add(int.Parse(oF.Name), new MapleFrame(new MapleCanvas(Constants.Globals.ObjectCache[objPath + "/" + oF.Name], (offset != null) ? new Vector2(-offset.Value.X, -offset.Value.Y) : Vector2.Zero), frameDelay));
}
catch (Exception ex)
{
MapleConsole.Write(MapleConsole.LogType.ERROR, "Error loading object \"" + objPath + "\": " + ex.Message);
}
}
}
objs.Add(new MapleObject(new Vector2(wObj["x"].ValueOrDefault<int>(0), wObj["y"].ValueOrDefault<int>(0)), z, new MapleAnimation(frames), int.Parse(wLayer.Name)));
}
break;
case "tile":
foreach (WZObject wTile in item)
{
MapleCanvas tileTex = null;
Vector2 tileLoc = Vector2.Zero;
string tilePath = "Tile/" + tS + ".img/" + wTile["u"].ValueOrDie<string>() + "/" + wTile["no"].ValueOrDefault<int>(0).ToString();
WZCanvasProperty tileCanvas = (WZCanvasProperty)mapWz.ResolvePath(tilePath);
if (!Constants.Globals.TileCache.ContainsKey(tilePath))
Constants.Globals.TileCache.Add(tilePath, Tools.BitmapToTexture(_device, tileCanvas.Value));
WZPointProperty tOrigin = (WZPointProperty)tileCanvas["origin"];
tileTex = new MapleCanvas(Constants.Globals.TileCache[tilePath], new Vector2(-tOrigin.Value.X, -tOrigin.Value.Y));
tileLoc = new Vector2(wTile["x"].ValueOrDefault<int>(0), wTile["y"].ValueOrDefault<int>(0));
if (!boundsDefined)
{ // TODO Fix this..
if (!hasSetBounds)
{
map.Left = (int)tileLoc.X;
map.Right = (int)tileLoc.X + tileTex.Texture.Width;
map.Top = (int)tileLoc.Y;
map.Bottom = (int)tileLoc.Y + tileTex.Texture.Height;
hasSetBounds = true;
}
else
{
if (tileLoc.X < map.Left)
map.Left = (int)tileLoc.X + -tOrigin.Value.X;
if (tileLoc.X + tileTex.Texture.Width > map.Right)
map.Right = (int)tileLoc.X + tileTex.Texture.Width + -tOrigin.Value.X;
if (tileLoc.Y < map.Top)
map.Top = (int)tileLoc.Y + -tOrigin.Value.Y;
if (tileLoc.Y + tileTex.Texture.Height > map.Bottom)
map.Bottom = (int)tileLoc.Y + tileTex.Texture.Height + -tOrigin.Value.Y;
}
}
tiles.Add(new MapleTile(tileTex, tileLoc, int.Parse(wTile.Name)));
}
break;
default:
//lolwut o.o
MapleConsole.Write(MapleConsole.LogType.WARNING, "Invalid Layer Property \"" + item.Name + "\".");
break;
}
}
map.Layers.Add(int.Parse(wLayer.Name),new MapleLayer(int.Parse(wLayer.Name), tS, tiles, objs));
}
}
#endregion
MapleConsole.Write(MapleConsole.LogType.WARNING, "Left: " + map.Left.ToString() + " - Top: " + map.Top.ToString() + " - Right: " + map.Right.ToString() + " - Bottom: " + map.Bottom.ToString());
#region Load Portals
foreach (WZObject portal in mapWz.ResolvePath(path + "/portal"))
{
int pType = portal["pt"].ValueOrDefault<int>(-1);
int pTo = portal["tm"].ValueOrDefault<int>(999999999);
string script = "";
try
{
script = portal["script"].ValueOrDefault<string>("");
}
catch (Exception) { }
if (pTo == map.MapID || (pTo == 999999999 && script == ""))
pType = 9;
map.Portals.Add(new MaplePortal(portal["pn"].ValueOrDefault<string>(""), script, portal["tn"].ValueOrDefault<string>(""), new Vector2(portal["x"].ValueOrDefault<int>(0), portal["y"].ValueOrDefault<int>(0)), pTo, pType));
}
#endregion
#region Load Life
WZFile npcWz = new WZFile("Npc.wz", WZVariant.GMS, true, WZReadSelection.LowMemory);
WZFile mobWz = new WZFile("Mob.wz", WZVariant.GMS, true, WZReadSelection.LowMemory);
foreach (WZObject life in mapWz.ResolvePath(path + "/life"))
{
if (life is WZSubProperty)
{
string type = life["type"].ValueOrDefault<string>("");
int lifeId = int.Parse(life["id"].ValueOrDie<string>());
if (lifeId == 9300018)
continue;
switch (type)
{
case "n": // NPC
string lifePath = lifeId.ToString() + ".img";
Dictionary<int, MapleFrame> ani = new Dictionary<int, MapleFrame>();
try
{
foreach (WZObject f in npcWz.ResolvePath(lifePath + "/stand"))
{
if (f is WZCanvasProperty)
{
if (!Constants.Globals.LifeCache.ContainsKey(lifePath + "/stand/" + f.Name))
Constants.Globals.LifeCache.Add(lifePath + "/stand/" + f.Name, Tools.BitmapToTexture(_device, f.ValueOrDie<System.Drawing.Bitmap>()));
WZPointProperty origin = (WZPointProperty)npcWz.ResolvePath(lifePath + "/stand/" + f.Name)["origin"];
int delay = 100;
try
{
delay = f["delay"].ValueOrDefault<int>(100);
}
catch (Exception) { }
ani.Add(int.Parse(f.Name), new MapleFrame(new MapleCanvas(Constants.Globals.LifeCache[lifePath + "/stand/" + f.Name], new Vector2(-origin.Value.X, -origin.Value.Y)), delay));
}
}
}
catch (Exception)
{
continue;
}
bool hide = false;
try
{
hide = life["hide"].ValueOrDefault<int>(1) == 0;
}
catch (Exception) { }
int Layer = map.Footholds.Where(o => o.ID == life["fh"].ValueOrDefault<int>(7)).ToArray<MapleFoothold>()[0].Layer;
map.Npcs.Add(new MapleNpc(lifeId, new MapleAnimation(ani), new Vector2(life["x"].ValueOrDefault<int>(0), life["cy"].ValueOrDefault<int>(0) + 0), Layer, !hide)); // Why is this 10px off? o.o
break;
case "m": // Mob
break;
default: // o.o
MapleConsole.Write(MapleConsole.LogType.WARNING, "Invalid Life Type \"" + type + "\".");
break;
}
}
}
#endregion
// Load strings from string.wz..
#region Load Strings
#endregion
if (!map.HideMinimap)
{
try
{
InterfaceEngine.MiniMap = new MapleMinimap(map, Tools.BitmapToTexture(_device, mapWz.ResolvePath(path + "/miniMap/canvas").ValueOrDie<System.Drawing.Bitmap>()));
}
catch (Exception)
{
map.HideMinimap = true;
}
}
CurrentMap = map;
Camera.Set(map.Left, map.Top); // Set camera inside map bounds.. TODO: Spawn Points
Vector2 pOrigin = new Vector2(Constants.Globals.PortalAnimation.Frames[0].Canvas.Origin.X / 2, Constants.Globals.PortalAnimation.Frames[0].Canvas.Origin.Y / 2);
if (spawn != "")
Constants.Globals.Player.Position = map.Portals.Where(o => o.PortalName == spawn).ToArray<MaplePortal>()[0].Location + pOrigin;
else
Constants.Globals.Player.Position = map.Portals.Where(o => o.PortalName == "sp").ToArray<MaplePortal>()[0].Location + pOrigin;
sw.Stop();
MapleConsole.Write(MapleConsole.LogType.MESSAGE, "Map loaded in " + sw.ElapsedMilliseconds.ToString() + "ms.");
Constants.Globals.Player.CenterCamera();
MapLoaded = true;
}
public MapleFrame(MapleCanvas c, int del)
{
Canvas = c;
Delay = del;
}
public MapleCharacter(CharacterColor c, int face, int hair, GraphicsDevice graphics)
{
try
{
SkinColor = c;
WZFile charWz = new WZFile("Character.wz", WZVariant.GMS, true, WZReadSelection.LowMemory);
string path = ((int)SkinColor).ToString("00000000") + ".img";
WZCanvasProperty h = (WZCanvasProperty)charWz.ResolvePath(((int)SkinColor).ToString("00010000") + ".img/front/head");
WZPointProperty o = (WZPointProperty)h["origin"];
Head = new MapleCanvas(Tools.BitmapToTexture(graphics, h.Value), new Vector2(-o.Value.X, -o.Value.Y));
Bounds.X = -o.Value.X;
Bounds.Y = -o.Value.Y;
WZPointProperty neckPos = (WZPointProperty)h["map"]["neck"];
NeckPosition = new Vector2(neckPos.Value.X, neckPos.Value.Y);
foreach (CharacterState state in Enum.GetValues(typeof(CharacterState))) // Loop through the states and get the frames for each animation..
{
Dictionary<int, MapleFrame> bodyState = new Dictionary<int, MapleFrame>();
Dictionary<int, MapleFrame> armState = new Dictionary<int, MapleFrame>();
foreach (WZObject frame in charWz.ResolvePath(path + "/" + States[(int)state]))
if (Tools.IsNumeric(frame.Name))
{
int delay = frame["delay"].ValueOrDefault<int>(250);
Vector2 bodyNavel = Vector2.Zero;
Vector2 frameNeckPos = Vector2.Zero;
bool ani = Ani[(int)state];
foreach (WZObject part in frame)
{
WZObject p = part;
if (p is WZCanvasProperty)
{
Texture2D PartTexture = Tools.BitmapToTexture(graphics, p.ValueOrDie<System.Drawing.Bitmap>());
WZPointProperty origin = (WZPointProperty)p["origin"];
switch (p.Name)
{
case "body":
WZPointProperty navel = (WZPointProperty)p["map"]["navel"];
WZPointProperty neck = (WZPointProperty)p["map"]["neck"];
Navel.Add(States[(int)state] + frame.Name, new Vector2(-navel.Value.X, -navel.Value.Y));
bodyNavel = new Vector2(navel.Value.X, navel.Value.Y);
frameNeckPos = new Vector2(-neck.Value.X, -neck.Value.Y);
Vector2 BodyLoc = new Vector2(-origin.Value.X + frameNeckPos.X + NeckPosition.X, -origin.Value.Y + frameNeckPos.Y + NeckPosition.Y);
bodyState.Add(bodyState.Count, new MapleFrame(new MapleCanvas(PartTexture, BodyLoc), delay));
break;
case "arm":
WZPointProperty armNavel = (WZPointProperty)p["map"]["navel"];
Vector2 ArmLoc = new Vector2((-origin.Value.X + -armNavel.Value.X - -bodyNavel.X) + frameNeckPos.X + NeckPosition.X, (-origin.Value.Y + -armNavel.Value.Y - -bodyNavel.Y) + frameNeckPos.Y + NeckPosition.Y);
armState.Add(armState.Count, new MapleFrame(new MapleCanvas(PartTexture, ArmLoc), delay));
break;
}
}
}
if (ani == false)
break;
}
Body.Add(state, new MapleAnimation(bodyState, true));
Arm.Add(state, new MapleAnimation(armState));
if (Hair.ContainsKey(HairStates[(int)state]))
continue;
// Hair
string hairPath = "Hair/" + hair.ToString("00000000") + ".img";
Dictionary<int, MapleFrame> hf = new Dictionary<int, MapleFrame>();
Dictionary<int, MapleFrame> hfh = new Dictionary<int, MapleFrame>();
WZCanvasProperty hairCanvas = (WZCanvasProperty)charWz.ResolvePath(hairPath + "/" + HairStates[(int)state] + "/hairOverHead");
WZPointProperty hairOrigin = (WZPointProperty)hairCanvas["origin"];
WZCanvasProperty hhatCanvas = (WZCanvasProperty)charWz.ResolvePath(hairPath + "/" + HairStates[(int)state] + "/hair");
WZPointProperty hhatOrigin = (WZPointProperty)hhatCanvas["origin"];
hf.Add(hf.Count, new MapleFrame(new MapleCanvas(Tools.BitmapToTexture(graphics, hairCanvas.Value), new Vector2(-hairOrigin.Value.X - 2, -hairOrigin.Value.Y - 5)), 100));
hfh.Add(hfh.Count, new MapleFrame(new MapleCanvas(Tools.BitmapToTexture(graphics, hhatCanvas.Value), new Vector2(-hhatOrigin.Value.X - 2, -hhatOrigin.Value.Y - 5)), 100));
Hair.Add(HairStates[(int)state], new MapleAnimation(hf));
HatHair.Add(HairStates[(int)state], new MapleAnimation(hfh));
}
// Face
string facePath = "Face/" + face.ToString("00000000") + ".img";
Dictionary<int, MapleFrame> ff = new Dictionary<int, MapleFrame>();
foreach (WZObject fs in charWz.ResolvePath(facePath + "/default")) // TODO Other expressions
{
if (fs is WZCanvasProperty && fs.Name == "face")
{
WZPointProperty faceOrigin = (WZPointProperty)fs["origin"];
ff.Add(ff.Count, new MapleFrame(new MapleCanvas(Tools.BitmapToTexture(graphics, fs.ValueOrDie<System.Drawing.Bitmap>()), new Vector2(-faceOrigin.Value.X - 3, -faceOrigin.Value.Y + 7)), 0));
}
}
Face = new MapleAnimation(ff);
}
catch (Exception ex)
{
MapleConsole.Write(MapleConsole.LogType.ERROR, "Error initializing character: " + ex.Message);
MapleConsole.Write(MapleConsole.LogType.WARNING, "StackTrace", ex.StackTrace);
}
}