private static void LoadXMLSettings(string file)
{
// Populate Defaults
for (int i = 0; i <= byte.MaxValue; i++)
{
_tiles[i] = new TileProperty { Color = Colors.Magenta, ID = (byte)i, Name = "UNKNOWN" };
_walls[i] = new ColorProperty { Color = Colors.Magenta, ID = (byte)i, Name = "UNKNOWN" };
}
_globals.Clear();
_items.Clear();
// load xml file
var xmlSettings = XElement.Load(file);
// read tiles
foreach (var tile in xmlSettings.Elements("Tiles").Elements("Tile"))
{
var curTile = _tiles[(int)tile.Attribute("num")];
curTile.IsFramed = ((bool?)tile.Attribute("isFramed") ?? false);
curTile.IsSolid = ((bool?)tile.Attribute("isSolid") ?? false);
curTile.IsSolidTop = ((bool?)tile.Attribute("isSolidTop") ?? false);
curTile.Name = (string)tile.Attribute("name");
curTile.Color = (Color)ColorConverter.ConvertFromString((string)tile.Attribute("color")) ;
}
// read walls
foreach (var wall in xmlSettings.Elements("Walls").Elements("Wall"))
{
var curWall = _walls[(int)wall.Attribute("num")];
curWall.Name = (string)wall.Attribute("name");
curWall.Color = (Color)ColorConverter.ConvertFromString((string)wall.Attribute("color"));
}
// read items
foreach (var item in xmlSettings.Elements("Items").Elements("Item"))
{
//var curItem = new ItemProperty
//{
// Id = (int) item.Attribute("num"),
// Name = (string) item.Attribute("name")
//};
_items.Add((string)item.Attribute("name"));
}
// read global colors
foreach (var globalColor in xmlSettings.Elements("GlobalColors").Elements("GlobalColor"))
{
_globals.Add((string)globalColor.Attribute("name"),(Color)ColorConverter.ConvertFromString((string)globalColor.Attribute("color")));
}
}
public static bool TryLoadTexture(string filePart, int id, ColorProperty obj)
{
if (obj == null || obj.Name == "UNKNOWN" || obj.Texture != null)
{
return(false);
}
var t2d = cm.Load <Texture2D>(String.Format("Images{0}{1}_{2}", Path.DirectorySeparatorChar, filePart, id));
// TODO: Add color masking for items that use it //
// TODO: Add scale //
// TODO: Add alpha (some items are semi-transparent) //
obj.Texture = new TexturePlus(t2d);
obj.Texture.Name = obj.Name;
return(true);
}
private static void LoadXMLSettings(string file)
{
// Populate Defaults
for (ushort i = 0; i <= byte.MaxValue; i++)
{
_tiles[i] = new TileProperty((byte)i);
_walls[i] = new ColorProperty((byte)i);
}
_globals.Clear();
_items.Clear();
// load xml file
var xmlSettings = XElement.Load(file);
// read tiles
foreach (var tile in xmlSettings.Elements("Tiles").Elements("Tile"))
{
var curTile = _tiles[(int)tile.Attribute("num")];
curTile.CanMixFrames = curTile.XMLConvert(curTile.CanMixFrames, tile.Attribute("canMixFrames"));
curTile.Color = curTile.XMLConvert(curTile.Color, tile.Attribute("color"));
curTile.IsFramed = curTile.XMLConvert(curTile.IsFramed, tile.Attribute("isFramed"));
ParseFrameAttributes(tile, curTile);
if (tile.Elements().Any(x => x.Name == "Frames"))
{
//byte c = 0;
foreach (var frame in tile.Elements("Frames").Elements("Frame"))
{
var curFrame = (FrameProperty)curTile.Clone(); // carry over the properties of the parent Tile
ParseFrameAttributes(frame, curFrame);
curTile.Frames.Add(curFrame);
}
}
else if (curTile.IsFramed)
{
curTile.Frames.Add((FrameProperty)curTile);
}
}
// read walls
foreach (var wall in xmlSettings.Elements("Walls").Elements("Wall"))
{
var curWall = _walls[(int)wall.Attribute("num")];
curWall.ID = curWall.XMLConvert(curWall.ID, wall.Attribute("num"));
curWall.Name = curWall.XMLConvert(curWall.Name, wall.Attribute("name"));
curWall.Color = curWall.XMLConvert(curWall.Color, wall.Attribute("color"));
}
// read items
foreach (var item in xmlSettings.Elements("Items").Elements("Item"))
{
var curItem = new ItemProperty();
curItem.ID = curItem.XMLConvert(curItem.ID, item.Attribute("num"));
curItem.Name = curItem.XMLConvert(curItem.Name, item.Attribute("name"));
curItem.MaxStack = curItem.XMLConvert(curItem.MaxStack, item.Attribute("maxStack"));
curItem.Description = curItem.XMLConvert(curItem.Description, item.Attribute("description"));
curItem.Description2 = curItem.XMLConvert(curItem.Description2, item.Attribute("description2"));
_items.Add(curItem);
_itemNames.Add(curItem.Name);
}
// read global colors
foreach (var global in xmlSettings.Elements("GlobalColors").Elements("GlobalColor"))
{
var curGlobal = new ColorProperty();
curGlobal.Name = curGlobal.XMLConvert(curGlobal.Name, global.Attribute("name"));
curGlobal.Color = curGlobal.XMLConvert(curGlobal.Color, global.Attribute("color"));
_globals.Add(curGlobal.Name, curGlobal);
}
}
public static bool TryLoadTexture(string filePart, int id, ColorProperty obj)
{
if (obj == null || obj.Name == "UNKNOWN" || obj.Texture != null) return false;
var t2d = cm.Load<Texture2D>(String.Format("Images{0}{1}_{2}", Path.DirectorySeparatorChar, filePart, id));
// TODO: Add color masking for items that use it //
// TODO: Add scale //
// TODO: Add alpha (some items are semi-transparent) //
obj.Texture = new TexturePlus(t2d);
obj.Texture.Name = obj.Name;
return true;
}
private static void LoadXMLSettings(string file)
{
// Populate Defaults
for (ushort i = 0; i <= byte.MaxValue; i++)
{
_tiles[i] = new TileProperty((byte)i);
_walls[i] = new ColorProperty((byte)i);
}
_globals.Clear();
_items.Clear();
// load xml file
var xmlSettings = XElement.Load(file);
// read tiles
foreach (var tile in xmlSettings.Elements("Tiles").Elements("Tile"))
{
var curTile = _tiles[(int)tile.Attribute("num")];
curTile.CanMixFrames = curTile.XMLConvert(curTile.CanMixFrames, tile.Attribute("canMixFrames"));
curTile.Color = curTile.XMLConvert(curTile.Color, tile.Attribute("color"));
curTile.IsFramed = curTile.XMLConvert(curTile.IsFramed, tile.Attribute("isFramed"));
ParseFrameAttributes(tile, curTile);
if (tile.Elements().Any(x => x.Name == "Frames"))
{
//byte c = 0;
foreach (var frame in tile.Elements("Frames").Elements("Frame"))
{
var curFrame = (FrameProperty)curTile.Clone(); // carry over the properties of the parent Tile
ParseFrameAttributes(frame, curFrame);
curTile.Frames.Add(curFrame);
}
}
else if (curTile.IsFramed)
{
curTile.Frames.Add((FrameProperty)curTile);
}
}
// read walls
foreach (var wall in xmlSettings.Elements("Walls").Elements("Wall"))
{
var curWall = _walls[(int)wall.Attribute("num")];
curWall.ID = curWall.XMLConvert(curWall.ID, wall.Attribute("num"));
curWall.Name = curWall.XMLConvert(curWall.Name, wall.Attribute("name"));
curWall.Color = curWall.XMLConvert(curWall.Color, wall.Attribute("color"));
}
// read items
foreach (var item in xmlSettings.Elements("Items").Elements("Item"))
{
var curItem = new ItemProperty();
curItem.ID = curItem.XMLConvert(curItem.ID, item.Attribute("num"));
curItem.Name = curItem.XMLConvert(curItem.Name, item.Attribute("name"));
curItem.MaxStack = curItem.XMLConvert(curItem.MaxStack, item.Attribute("maxStack"));
curItem.Description = curItem.XMLConvert(curItem.Description, item.Attribute("description"));
curItem.Description2 = curItem.XMLConvert(curItem.Description2, item.Attribute("description2"));
_items.Add(curItem);
_itemNames.Add(curItem.Name);
}
// read global colors
foreach (var global in xmlSettings.Elements("GlobalColors").Elements("GlobalColor"))
{
var curGlobal = new ColorProperty();
curGlobal.Name = curGlobal.XMLConvert(curGlobal.Name, global.Attribute("name"));
curGlobal.Color = curGlobal.XMLConvert(curGlobal.Color, global.Attribute("color"));
_globals.Add(curGlobal.Name, curGlobal);
}
}