public static MapBackground Parse(WZProperty data)
{
MapBackground result = new MapBackground();
result.BackgroundSet = data.ResolveForOrNull <string>("bS");
result.pathToImage = string.Join("/", new [] {
result.BackgroundSet, // backgroundSet,
"back",
data.ResolveForOrNull <string>("no")
});
result.Index = int.Parse(data.Name);
result.Front = data.ResolveFor <bool>("front") ?? false;
result.Alpha = (data.ResolveFor <int>("a") ?? 255) / 255;
result.Flip = data.ResolveFor <bool>("f") ?? false;
WZProperty tileCanvas = data.ResolveOutlink($"Map/Back/{result.pathToImage}") ?? data.ResolveOutlink($"Map2/Back/{result.pathToImage}") ?? data.ResolveOutlink($"Map001/Back/{result.pathToImage}");
if (tileCanvas != null) // Could be null as we're not supporting ani backgrounds
{
result.Canvas = Frame.Parse(tileCanvas?.Children.FirstOrDefault(c => c.Type == PropertyType.Canvas) ?? tileCanvas);
}
else
{
return(null);
}
if (result.Canvas.Image == null)
{
return(null);
}
if (result.Flip && result.Canvas != null && result.Canvas.Image != null)
{
result.Canvas.Image = result.Canvas.Image.Clone(c => c.Flip(FlipMode.Horizontal));
}
result.Type = (BackgroundType)(data.ResolveFor <int>("type") ?? 0);
result.Position = new Vector3(
data.ResolveFor <int>("x") ?? 0,
data.ResolveFor <int>("y") ?? 0,
result.Front ? 100000000 : int.Parse(data.NameWithoutExtension)
);
result.rx = data.ResolveFor <int>("rx") ?? 0;
result.ry = data.ResolveFor <int>("ry") ?? 0;
result.cx = data.ResolveFor <int>("cx") ?? 0;
result.cy = data.ResolveFor <int>("cy") ?? 0;
return(result);
}
public MapRenderPlan(Map info, WZProperty mapNode)
{
map = info;
this.mapNode = mapNode;
IEnumerable <WZProperty> layerNodes = mapNode.Children.Where(c => int.TryParse(c.Name, out int blah)).ToArray();
Dictionary <WZProperty, WZProperty> tileSets = layerNodes.ToDictionary(c => c.Resolve("tile"), c => c.ResolveOutlink("Map/Tile/" + c.ResolveForOrNull <string>("info/tS")));
IEnumerable <WZProperty> allLayerNodeFolders = layerNodes.SelectMany(c => c.Children).Where(c => c.Name == "obj" || c.Name == "tile").ToArray();
Dictionary <WZProperty, Tuple <WZProperty, WZProperty> > layersToFolders = allLayerNodeFolders.GroupBy(c => c.Parent).ToDictionary(c => c.Key, c => new Tuple <WZProperty, WZProperty>(c.First(), c.Last()));
IEnumerable <WZProperty> allGraphics = allLayerNodeFolders.SelectMany(c => c.Children).ToArray();
allGraphicsParsed = allLayerNodeFolders.ToDictionary(c => c.Path, c => new ConcurrentBag <IPositionedFrameContainer>());
ConcurrentDictionary <string, int> tileZIndexes = new ConcurrentDictionary <string, int>();
ConcurrentDictionary <string, FrameContainer> parsedFrames = new ConcurrentDictionary <string, FrameContainer>();
ConcurrentBag <MapBackground> bgs = new ConcurrentBag <MapBackground>();
Parallel.ForEach(mapNode.Children.FirstOrDefault(c => c.Name == "back")?.Children, backgroundNode => {
MapBackground bg = MapBackground.Parse(backgroundNode);
if (bg != null)
{
bgs.Add(bg);
}
});
Backgrounds = new MapBackground[bgs.Count];
int k = 0;
while (bgs.TryTake(out MapBackground back))
{
Backgrounds[k++] = back;
}
ProcessGraphicsNode(tileSets, allGraphics);
AllGraphicLayers = allGraphicsParsed.ToDictionary(c => c.Key, c =>
{
IPositionedFrameContainer[] positionedContainers = new IPositionedFrameContainer[c.Value.Count];
int i = 0;
while (c.Value.TryTake(out IPositionedFrameContainer res))
{
positionedContainers[i++] = res;
}
return(positionedContainers);
});
