public static ColorRemap CreateFromSkin(SvgSkin skin)
{
var ret = new ColorRemap(true);
ret.InitGroups(skin);
ret.Name = "Default theme";
// extract fills and strokes from skin
foreach (var group in ret._groups)
{
foreach (var elem in group)
{
// ensure element has an internal id which we can use to refer to it from our dict
if (string.IsNullOrEmpty(elem.ID))
{
elem.SetAndForceUniqueID(elem.ElementName, true, null);
}
Color fill = Color.Empty;
Color stroke = Color.Empty;
if (elem.Fill is SvgColourServer cf)
{
fill = cf.Colour;
}
if (elem.Stroke is SvgColourServer cs)
{
stroke = cs.Colour;
}
ret.Elements[elem.ID] = Tuple.Create(fill, stroke);
}
}
return(ret);
}
public void ApplyToSkin(SvgSkin skin)
{
InitGroups(skin);
foreach (var group in _groups)
{
foreach (var elem in group)
{
if (string.IsNullOrEmpty(elem.ID))
{
elem.SetAndForceUniqueID("elem", true, null);
}
if (Elements.ContainsKey(elem.ID))
{
var tup = Elements[elem.ID];
if (elem.Fill is SvgColourServer cf)
{
cf.Colour = tup.Item1;
}
if (elem.Stroke is SvgColourServer cs)
{
cs.Colour = tup.Item2;
}
}
}
}
}
private void InitGroups(SvgSkin skin)
{
// groups svg elements by fill and stroke
var all = skin.SvgDocument.Children.FindSvgElementsOf <SvgVisualElement>()
.Where(e => e.ContainsAttribute("fill") || e.ContainsAttribute("stroke"));
_groups.Clear();
var grouped = all.GroupBy(e => new { e.Fill, e.Stroke }).ToList();
foreach (var group in grouped)
{
var g = new GroupedSvgElems(group.Key.Fill, group.Key.Stroke);
g.AddRange(group.AsEnumerable());
_groups.Add(g);
}
}
public static Skin Clone(Skin skin)
{
if (skin is SvgSkin svg)
{
var clone = new SvgSkin();
clone.Load(svg.Path);
return(clone);
}
else if (skin is NintendoSpySkin nspy)
{
var clone = new NintendoSpySkin();
clone.Load(nspy.Path);
return(clone);
}
else if (skin is PadpyghtSkin ppyght)
{
var clone = new PadpyghtSkin();
clone.Load(ppyght.Path);
return(clone);
}
return(null);
}
