private bool GroupContains(GroupedSvgElems search, SvgElement elem)
{
if (search.Any(i => i == elem))
{
return(true);
}
foreach (var i in elem.Children)
{
if (GroupContains(search, i))
{
return(true);
}
}
return(false);
}
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);
}
}
private void SelectGroup(GroupedSvgElems group)
{
if (_selectedGroup == group)
{
return;
}
_selectingGroup = true;
if (_selectedGroup != null)
{
RestoreGroup();
}
_selectedGroup = group;
colorPicker.Mode = ColorPickerControl.ColorSelectMode.None;
colorPicker.PrimaryEnabled = pnlFill.Visible = group.Fill is SvgColourServer;
colorPicker.SecondaryEnabled = pnlStroke.Visible = group.Stroke is SvgColourServer;
Color cFill = Color.Empty;
if (group.Fill is SvgColourServer cf)
{
cFill = cf.Colour;
}
colorPicker.PrimaryColor = _bkpFill = _selFill = cFill;
Color cStroke = Color.Empty;
if (group.Stroke is SvgColourServer sf)
{
cStroke = sf.Colour;
}
colorPicker.SecondaryColor = _bkpStroke = _selStroke = cStroke;
// instantly highlight and resync timer
if (cbFlash.Checked)
{
HighlightGroup(true);
timer.Stop();
timer.Start();
}
_selectingGroup = false;
}
public SkinRemapperForm(string path, ColorRemap remap) : this()
{
_skin = new SvgSkin();
_skin.Load(path);
Remap = remap;
remap.ApplyToSkin(this._skin);
var highlightElems = _skin.Buttons.Where(b => b.Pressed != null).Select(b => b.Pressed)
.Union(_skin.Sticks.Where(s => s.Pressed != null).Select(s => s.Pressed));
var nonHighlightElems = _skin.Buttons.Where(b => b.Element != null).Select(b => b.Element)
.Union(_skin.Sticks.Where(s => s.Element != null).Select(s => s.Element))
.Union(_skin.Triggers.Where(t => t.Element != null).Select(t => t.Element));
// split remap groups into highlight/non-highlight/base categories
foreach (var group in remap.Groups)
{
var grpHl = new GroupedSvgElems(group.Fill, group.Stroke);
var grpNonHl = new GroupedSvgElems(group.Fill, group.Stroke);
var grpBase = new GroupedSvgElems(group.Fill, group.Stroke);
foreach (var elem in group)
{
bool hl = GroupContains(elem, highlightElems);
bool nonHl = GroupContains(elem, nonHighlightElems);
if (hl)
{
grpHl.Add(elem);
}
if (nonHl)
{
grpNonHl.Add(elem);
}
if (!hl && !nonHl)
{
grpBase.Add(elem);
}
}
if (grpNonHl.Count == 0 && grpBase.Count == 0)
{
// this is entirely a HL group
_highlights.Add(group);
}
else if (grpHl.Count == 0 && grpBase.Count == 0)
{
// this is entirely a non-HL group
_nonHighlights.Add(group);
}
else if (grpHl.Count == 0 && grpNonHl.Count == 0)
{
_base.Add(group);
}
else
{
// split up
if (grpHl.Any())
{
_highlights.Add(grpHl);
}
if (grpNonHl.Any())
{
_nonHighlights.Add(grpNonHl);
}
if (grpBase.Any())
{
_base.Add(grpBase);
}
}
}
tbSkinName.DataBindings.Add("Text", Remap, "Name");
lbGroups.DisplayMember = nameof(GroupedSvgElems.Name);
PopulateListbox();
}
private bool GroupContains(GroupedSvgElems search, IEnumerable <SvgElement> elems)
{
return(elems.Any(e => GroupContains(search, e)));
}
