public override void Sift(VObjectDictionaryWrap Source, string Filter, bool Contains, bool Exclude, List <int> MatchingIndices, List <VObject> Output)
{
VObjectDictionary Content = Source.Content as VObjectDictionary;
if (Contains)
{
foreach (string k in Content.Objects.Keys)
{
if (k.Contains(Filter) ^ Exclude)
{
MatchingIndices.Add(this.CurrentAbsIndex);
Output.Add(Content.Objects[k]);
}
}
}
else
{
foreach (string k in Content.Objects.Keys)
{
if ((k == Filter) ^ Exclude)
{
MatchingIndices.Add(this.CurrentAbsIndex);
Output.Add(Content.Objects[k]);
}
}
}
}
public override void AddVObject(VObjectDictionaryWrap Parent, VObject Source)
{
VObjectDictionary Content = Parent.Content as VObjectDictionary;
if (Source is VObjectCollectionWrap)
{
VObjectCollection Child = Source.Content as VObjectCollection;
if (!Content.Objects.ContainsKey(Child.Name))
{
if (FNotExistObjMan[this.CurrParent] == ManageNotExisting.Create)
{
Content.Objects.Add(Child.Name, (VObjectCollectionWrap)Source);
}
}
else
{
if (FExistObjMan[this.CurrParent] == ManageExistingObject.Overwrite)
{
Content.Objects[Child.Name].Dispose();
Content.Objects[Child.Name] = (VObjectCollectionWrap)Source;
}
if (FExistObjMan[this.CurrParent] == ManageExistingObject.Extend)
{
VObjectCollection ColSource = Content.Objects[Child.Name].Content as VObjectCollection;
VObjectCollection CurrSource = Source.Content as VObjectCollection;
foreach (KeyValuePair <string, VObject> kvp in CurrSource.Children)
{
if (ColSource.Children.ContainsKey(kvp.Key))
{
if (FExistKeyMan[this.CurrParent][this.CurrSource] == ManageExistingKey.Overwrite)
{
ColSource[kvp.Key].Dispose();
ColSource[kvp.Key] = kvp.Value;
}
}
else
{
if (FNotExistKeyMan[this.CurrParent][this.CurrSource] == ManageNotExisting.Create)
{
ColSource.Add(kvp.Key, kvp.Value);
}
}
}
}
}
if (FResetAge[this.CurrParent])
{
VObjectCollection CurrSource = Source.Content as VObjectCollection;
CurrSource.Age.Restart();
}
}
}
public override Spread <VObject> ToSpread(VObjectDictionaryWrap Source)
{
Spread <VObject> Out = new Spread <VObject>();
VObjectDictionary Content = Source.Content as VObjectDictionary;
Out.SliceCount = 0;
foreach (KeyValuePair <string, VObjectCollectionWrap> kvp in Content.Objects)
{
Out.Add(kvp.Value);
}
return(Out);
}
public override void RemoveVObject(VObjectDictionaryWrap Parent)
{
VObjectDictionary Content = Parent.Content as VObjectDictionary;
if (FMatch[this.CurrParent][this.CurrChild])
{
Content.RemoveObject(FName[this.CurrParent][this.CurrChild]);
}
else
{
foreach (string k in Content.Objects.Keys)
{
if (k.Contains(FName[this.CurrParent][this.CurrChild]))
{
Content.RemoveObject(k);
}
}
}
}
VObjectDictionaryNode()
{
Everything = new VObjectDictionary();
EverythingWrap = new VObjectDictionaryWrap(Everything);
}
public void Evaluate(int SpreadMax)
{
VObjectDictionary vd = FInput[0].Content as VObjectDictionary;
#region clearpoints
ObjectsUnderPoint.Clear();
int ii = 0;
foreach (Vector2D v in FTouchPoints)
{
if (!ObjectsUnderPoint.ContainsKey(FTouchID[ii]))
{
ObjectsUnderPoint.Add(FTouchID[ii], new List <VObjectCollection>());
}
ii++;
}
#endregion clearpoints
GUIObjects.Clear();
FGUIElements.SliceCount = 0;
FGUIObjects.SliceCount = 0;
#region hittest
foreach (object o in vd.VPath(FVPath[0], FVPathSep[0]))
{
var guiobjectw = o as VObjectCollectionWrap;
var guiobject = guiobjectw.Content as VObjectCollection;
var guiew = guiobject["GUIElement"];
if (guiew != null)
{
var guie = guiew.Content as VObjectCollection;
if (guie.Children.ContainsKey("BaseData"))
{
var basedata = guie["BaseData"].Content as PrimitiveObject;
bool enabled = (bool)basedata["Enabled"][0];
if (enabled)
{
FGUIElements.Add(guiew as VObjectCollectionWrap);
FGUIObjects.Add(guiobjectw);
if (!guie.Children.ContainsKey("Geometry"))
{
VOOGQuad quadgeom = new VOOGQuad();
VOOGGeometryWrap qgw = new VOOGGeometryWrap(quadgeom);
guie.Add("Geometry", qgw);
}
VOOGGeometry geom = guie["Geometry"].Content as VOOGGeometry;
geom.Hits.Clear();
basedata["TouchID"].Objects.Clear();
basedata["Tap"][0] = false;
List <Vector2D> pointlist = new List <Vector2D>();
foreach (Vector2D v in FTouchPoints)
{
pointlist.Add(new Vector2D(v));
}
geom.HitTest((Matrix4x4)basedata["Transform"][0], pointlist);
foreach (int id in geom.Hits)
{
ObjectsUnderPoint[FTouchID[id]].Add(guiobject);
}
}
}
}
}
#endregion hittest
#region depthtest
foreach (KeyValuePair <int, List <VObjectCollection> > kvp in ObjectsUnderPoint)
{
VObjectCollection currobj;
if (kvp.Value.Count == 0)
{
continue;
}
if (kvp.Value.Count > 1)
{
List <Tuple <VObjectCollection, double> > UnsortedDepth = new List <Tuple <VObjectCollection, double> >();
foreach (VObjectCollection obj in kvp.Value)
{
ObjectTypePair TrIn = (ObjectTypePair)obj.VPath("\"GUIElement\".\"BaseData\".\"Transform\"", ".")[0];
Matrix4x4 mtrx = (Matrix4x4)TrIn[0];
UnsortedDepth.Add(new Tuple <VObjectCollection, double>(obj, mtrx.m43));
}
List <Tuple <VObjectCollection, double> > SortedDepth = UnsortedDepth.OrderBy(t => t.Item2).ToList();
currobj = SortedDepth[0].Item1;
}
else
{
currobj = kvp.Value[0];
}
PrimitiveObjectWrap basedataw = (PrimitiveObjectWrap)currobj.VPath("\"GUIElement\".\"BaseData\"", ".")[0];
PrimitiveObject basedata = basedataw.Content as PrimitiveObject;
VOOGGeometryWrap geomw = (VOOGGeometryWrap)currobj.VPath("\"GUIElement\".\"Geometry\"", ".")[0];
VOOGGeometry geom = geomw.Content as VOOGGeometry;
//FFocus[0] = vd.Objects[currobj.Name];
basedata["Tap"][0] = true;
basedata["TouchID"].Objects.Add(kvp.Key);
}
#endregion depthtest
}
