public void Add(BoxLayoutType type, AbstractLayoutable c)
{
int uTmp = 0, uSizeTmp = 0, tmp = 0;
type.UV(c.VirtualX, c.VirtualY, ref uTmp, ref tmp);
type.UV(c.VirtualWidth, c.VirtualHeight, ref uSizeTmp, ref tmp);
_start = Math.Min(_start, uTmp);
_size = Math.Max(_size, (uTmp + uSizeTmp) - _start);
_controls.Add(c);
}
public void Merge(BoxLayoutType type, LayoutableGroup m2)
{
foreach (AbstractLayoutable c in m2._controls)
{
if (!this._controls.Contains(c))
{
this.Add(type, c);
}
}
}
public bool Intersects(BoxLayoutType type, AbstractLayoutable c)
{
int uTmp = 0, uSizeTmp = 0, tmp = 0;
type.UV(c.VirtualX, c.VirtualY, ref uTmp, ref tmp);
type.UV(c.VirtualWidth, c.VirtualHeight, ref uSizeTmp, ref tmp);
Rectangle r1 = new Rectangle(uTmp, 0, uSizeTmp, 1);
Rectangle r2 = new Rectangle(_start, 0, _size, 1);
return(r1.IntersectsWith(r2));
}
private static void MergeIntersectingLayoutableGroups(BoxLayoutType boxType, List <LayoutableGroup> layoutableGroups)
{
List <LayoutableGroup> tmp1 = new List <LayoutableGroup>(layoutableGroups);
List <LayoutableGroup> tmp2 = new List <LayoutableGroup>(layoutableGroups);
foreach (LayoutableGroup l1 in tmp1)
{
foreach (LayoutableGroup l2 in tmp2)
{
if (l1 != l2 && l1.Intersects(l2))
{
layoutableGroups.Remove(l1);
layoutableGroups.Remove(l2);
l1.Merge(boxType, l2);
layoutableGroups.Add(l1);
}
}
}
}
internal BoxLayout(BoxLayoutType layoutType, VirtualContainer layouted)
: base(layouted)
{
_layoutType = layoutType;
}
internal BoxLayout(BoxLayoutType layoutType, VirtualContainer layouted)
: base(layouted)
{
_layoutType = layoutType;
}
public LayoutableGroup(BoxLayoutType type, AbstractLayoutable c)
{
Add(type, c);
}
private static void BuildInterimLayoutablesGroups(List <AbstractLayoutable> layoutables, BoxLayoutType boxType, List <LayoutableGroup> layoutableGroups)
{
foreach (AbstractLayoutable c in layoutables)
{
bool inserted = false;
foreach (LayoutableGroup m in layoutableGroups)
{
if (m.Intersects(boxType, c))
{
inserted = true;
m.Add(boxType, c);
}
}
if (!inserted)
{
LayoutableGroup m = new LayoutableGroup(boxType, c);
layoutableGroups.Add(m);
}
}
}
private void Create(BoxLayoutType boxType, VirtualContainer parent, int nestingDepth, List <LayoutableGroup> userConfiguredLayoutableGroups)
{
parent.LayoutManager = new BoxLayout(boxType, parent);
if (parent.Layoutables.Count == 1)
{
return;
}
List <AbstractLayoutable> layoutables = parent.Layoutables.Cast <AbstractLayoutable>().ToList();
List <LayoutableGroup> layoutableGroups = new List <LayoutableGroup>();
BuildInterimLayoutablesGroups(layoutables, boxType, layoutableGroups);
MergeIntersectingLayoutableGroups(boxType, layoutableGroups);
layoutableGroups.Sort();
ConfigureLayoutableGroups(userConfiguredLayoutableGroups, layoutableGroups);
List <VirtualContainer> vc = new List <VirtualContainer>(layoutableGroups.Count);
int uSizeTmp = 0, vSizeTmp = 0;
boxType.UV(parent.VirtualWidth, parent.VirtualHeight, ref uSizeTmp, ref vSizeTmp);
for (int i = 0; i < layoutableGroups.Count; i++)
{
if (i == 0)
{
vc.Add(new VirtualContainer(parent));
vc[i].Grouped = layoutableGroups[i].Fixed;
vc[i].CustomLayoutControl = layoutableGroups[i].CustomLayoutControl;
vc[i].LayoutManager = new BoxLayout(boxType, vc[i]);
//U und V müssen nicht gesetzt werden, da sie beim
//ersten Element immer 0 sind;
boxType.SetVirtualUSize(vc[i], layoutableGroups[i].Start + layoutableGroups[i].Size);
boxType.SetVirtualVSize(vc[i], vSizeTmp);
foreach (AbstractLayoutable asl in layoutableGroups[i].Controls)
{
asl.VirtualX = asl.AbsoluteX - vc[i].AbsoluteX;
asl.VirtualY = asl.AbsoluteY - vc[i].AbsoluteY;
//code für die aktuelle Breite und Höhe
asl.Parent = vc[i];
vc[i].Add(asl);
}
}
if (i < layoutableGroups.Count - 1)
{
int tmp = layoutableGroups[i + 1].Start - (layoutableGroups[i].Start + layoutableGroups[i].Size);
int endExtend;
int start;
endExtend = tmp / 2;
start = tmp / 2;
if (tmp % 2 != 0)
{
start++;
}
tmp = boxType.GetVirtualUSize(vc[i]) + endExtend;
boxType.SetVirtualUSize(vc[i], tmp);
vc.Add(new VirtualContainer(parent));
//"V" muss nicht gesetzt werden, da es immer 0 ist...
vc[i + 1].Grouped = layoutableGroups[i + 1].Fixed;
vc[i + 1].CustomLayoutControl = layoutableGroups[i + 1].CustomLayoutControl;
vc[i + 1].LayoutManager = new BoxLayout(boxType, vc[i + 1]);
boxType.SetVirtualU(vc[i + 1], layoutableGroups[i + 1].Start - start);
boxType.SetVirtualUSize(vc[i + 1], layoutableGroups[i + 1].Size + start);
boxType.SetVirtualVSize(vc[i + 1], vSizeTmp);
foreach (AbstractLayoutable asl in layoutableGroups[i + 1].Controls)
{
asl.VirtualX = asl.AbsoluteX - vc[i + 1].AbsoluteX;
asl.VirtualY = asl.AbsoluteY - vc[i + 1].AbsoluteY;
//code für die aktuelle Breite und Höhe
asl.Parent = vc[i + 1];
vc[i + 1].Add(asl);
}
}
if (i == layoutableGroups.Count - 1)
{
int tmp = uSizeTmp - (layoutableGroups[i].Start + layoutableGroups[i].Size);
tmp = tmp + boxType.GetVirtualUSize(vc[i]);
boxType.SetVirtualUSize(vc[i], tmp);
}
}
parent.Layoutables = vc.Cast <AbstractLayoutable>().ToList();
foreach (VirtualContainer v in vc)
{
Create(boxType.SubBoxLayoutType(), v, nestingDepth + 1, userConfiguredLayoutableGroups);
}
return;
}
