private PartnerType GetPartnerType(SimTreeInfo simA, SimTreeInfo simB)
{
if (simA == null) return PartnerType.None;
if (simB == null) return PartnerType.None;
return GetPartnerType(simA.mSimDescription, simB.mSimDescription);
}
private PartnerType GetPartnerType(SimTreeInfo simA, SimTreeInfo simB)
{
if (simA == null)
{
return(PartnerType.None);
}
if (simB == null)
{
return(PartnerType.None);
}
return(GetPartnerType(simA.mSimDescription, simB.mSimDescription));
}
private new SimTreeInfo GetSimTreeInfo(IMiniSimDescription desc, bool addIfNotPresent)
{
if (desc != null)
{
SimTreeInfo info;
if (mSimTreeInfoEx.TryGetValue(desc, out info))
{
return(info);
}
if (addIfNotPresent)
{
SimTreeInfo item = new SimTreeInfo(desc);
mSimTreeInfoEx.Add(desc, item);
mSimTreeInfos.Add(item);
return(item);
}
}
return(null);
}
// Retain
private new void RefreshTree(IMiniSimDescription sim)
{
WindowBase base2;
mCurrentSim = sim;
mNameText.Caption = sim.FullName;
mSimTreeInfos.Clear();
mSimTreeInfoEx.Clear();
mThumbParentWin.DestroyAllChildren();
mThumbParentWin.Position = Vector2.Zero;
Rect area = mModalDialogWindow.Area;
mThumbParentWin.Area = new Rect(mThumbParentWin.Position, mThumbParentWin.Position);
int x = 0x0;
int y = 0x0;
// Changed
Layout(x, y);
int num3 = 0x5;
int num4 = 0x5;
uint index = 0x0;
Rect a = mThumbParentWin.Area;
for (base2 = mThumbParentWin.GetChildByIndex(index); base2 != null; base2 = mThumbParentWin.GetChildByIndex(++index))
{
a = Rect.Union(a, base2.Area);
}
mThumbParentWin.Area = new Rect(a.TopLeft - new Vector2((float)num3, (float)num4), a.BottomRight + new Vector2((float)num3, (float)num4));
index = 0x0;
for (base2 = mThumbParentWin.GetChildByIndex(index); base2 != null; base2 = mThumbParentWin.GetChildByIndex(++index))
{
int num6 = (int)(base2.Position.x - mThumbParentWin.Position.x);
int num7 = (int)(base2.Position.y - mThumbParentWin.Position.y);
base2.Position = new Vector2((float)num6, (float)num7);
}
mThumbParentWin.Position = new Vector2(0f, 0f);
float num8 = UIManager.ScreenArea.Width - (2f * BUFFER);
mScrollWindow.Area = new Rect(mThumbParentWin.Position, new Vector2(Math.Min(num8, mThumbParentWin.Area.BottomRight.x), mThumbParentWin.Area.BottomRight.y + SCROLL_BUFFER));
Rect rect3 = mScrollWindow.Area;
area = mModalDialogWindow.Area;
area.Width = Math.Max(MIN_WIDTH, rect3.Width + (2f * BUFFER));
area.Height = Math.Max(MIN_HEIGHT, (mFamilyTreeText.Area.BottomRight.y + (2f * BUFFER)) + rect3.Height);
mModalDialogWindow.Area = area;
area.Height -= mFamilyTreeText.Area.BottomRight.y;
int width = (int)rect3.Width;
int height = (int)rect3.Height;
int num11 = (int)area.Width;
int num12 = (int)area.Height;
x = (num11 - width) / 0x2;
y = ((num12 - height) / 0x2) + ((int)(mFamilyTreeText.Area.BottomRight.y - 15f));
int num13 = x - ((int)rect3.TopLeft.x);
int num14 = y - ((int)rect3.TopLeft.y);
mScrollWindow.Position = new Vector2(mScrollWindow.Position.x + num13, mScrollWindow.Position.y + num14);
SimTreeInfo simTreeInfo = GetSimTreeInfo(mCurrentSim);
simTreeInfo.mWin.SelectedThumb = true;
simTreeInfo.mWin.MoveToFront();
area = mModalDialogWindow.Area;
Rect rect4 = mModalDialogWindow.Parent.Area;
float num15 = area.BottomRight.x - area.TopLeft.x;
float num16 = area.BottomRight.y - area.TopLeft.y;
float num17 = rect4.BottomRight.x - rect4.TopLeft.x;
float num18 = rect4.BottomRight.y - rect4.TopLeft.y;
float left = (float)Math.Round((double)((num17 - num15) / 2f));
float top = (float)Math.Round((double)((num18 - num16) / 2f));
area.Set(left, top, left + num15, top + num16);
mModalDialogWindow.Area = area;
}
// Retain
private Rect RecurseLayoutParents(int x, int y, SimTreeInfo child, Dictionary <IMiniSimDescription, SimTreeInfo> usedInfo, int recurseLevel)
{
IMiniSimDescription parent1 = null;
IMiniSimDescription parent2 = null;
try
{
SimTreeInfo parent1Info = null;
SimTreeInfo parent2Info = null;
Rect boundsA = new Rect((float)x, (float)y, (float)x, (float)y);
if (GetParents(child.mSimDescription, ref parent1, ref parent2))
{
if ((parent1 != null) && (!usedInfo.ContainsKey(parent1)))
{
parent1Info = GetSimTreeInfo(parent1);
usedInfo.Add(parent1, parent1Info);
}
if ((parent2 != null) && (!usedInfo.ContainsKey(parent2)))
{
parent2Info = GetSimTreeInfo(parent2);
usedInfo.Add(parent2, parent2Info);
}
int num = (int)((y - FamilyTreeThumb.kRegularArea.y) - Y_DIST_BETWEEN_THUMBS);
if (recurseLevel == 0x1)
{
boundsA = GenericLayoutParents(x, num, parent1Info, parent2Info);
}
else
{
Rect rect2 = new Rect((float)x, (float)num, (float)x, (float)num);
if (parent1Info != null)
{
rect2 = RecurseLayoutParents(x, num, parent1Info, usedInfo, recurseLevel - 0x1);
}
if (parent2Info != null)
{
int num2 = (int)(rect2.BottomRight.x + X_DIST_BETWEEN_THUMBS);
rect2 = RecurseLayoutParents(num2, num, parent2Info, usedInfo, recurseLevel - 0x1);
}
boundsA = GenericLayoutParents(0x0, 0x0, parent1Info, parent2Info);
}
}
x = (int)boundsA.TopLeft.x;
if ((parent1Info != null) && (parent2Info != null))
{
x = (int)(boundsA.TopLeft.x + ((boundsA.Width - FamilyTreeThumb.kRegularArea.x) / 2f));
}
child.mWin = CreateFamilyTreeThumb(child.mSimDescription, new Vector2((float)x, (float)y));
child.mBottomBounds = child.mWin.Area;
if ((parent1Info != null) || (parent2Info != null))
{
if (((parent1Info != null) && (parent2Info != null)) && (GetPartnerType(parent1, parent2) != PartnerType.None))
{
ConnectBoundsV(boundsA, child.mWin.Area, new Color(0xff367cdd));
}
else
{
if (parent1Info != null)
{
ConnectSims(parent1Info, child, false, true, false, new Color(0xff367cdd));
}
if (parent2Info != null)
{
ConnectSims(parent2Info, child, false, true, false, new Color(0xff367cdd));
}
}
}
return(Rect.Union(boundsA, child.mWin.Area));
}
catch (Exception e)
{
string name = null;
if (child.mSimDescription != null)
{
name += Common.NewLine + "Child 1: " + child.mSimDescription.FullName;
}
if (parent1 != null)
{
name += Common.NewLine + "Parent 1: " + parent1.FullName;
}
if (parent2 != null)
{
name += Common.NewLine + "Parent 2: " + parent2.FullName;
}
Common.Exception(name, e);
return(new Rect());
}
}
// Retain
private new Rect RecurseLayoutChildren(int x, int y, SimTreeInfo parent1, SimTreeInfo parent2, int recurseLevel, bool growXPositive, bool notWithParent2)
{
Rect rect = new Rect((float)x, (float)y, (float)x, (float)y);
StringBuilder msg = new StringBuilder();
msg.Append("RecurseLayoutChildren" + Common.NewLine);
try
{
if (recurseLevel == 0x0)
{
return(rect);
}
msg.Append("A");
int num = y + ((int)Y_DIST_BETWEEN_THUMBS);
int num2 = x;
List <IMiniSimDescription> childList = new List <IMiniSimDescription>();
if (!GetChildren((parent1 != null) ? parent1.mSimDescription : null, (parent2 != null) ? parent2.mSimDescription : null, ref childList, notWithParent2))
{
return(rect);
}
msg.Append("B");
SimTreeInfo firstChild = null;
SimTreeInfo lastChild = null;
Rect a = new Rect((float)x, (float)num, (float)x, (float)num);
foreach (IMiniSimDescription description in childList)
{
try
{
if (description == null)
{
continue;
}
lastChild = GetSimTreeInfo(description);
if (firstChild == null)
{
firstChild = lastChild;
}
if (growXPositive)
{
num2 = (int)a.BottomRight.x;
}
else
{
num2 = (int)(a.TopLeft.x - FamilyTreeThumb.kRegularArea.x);
}
lastChild.mWin = CreateFamilyTreeThumb(lastChild.mSimDescription, new Vector2((float)num2, (float)num));
lastChild.mBottomBounds = lastChild.mWin.Area;
a = Rect.Union(a, lastChild.mWin.Area);
Rect b = RecurseLayoutChildren(num2, (int)lastChild.mWin.Area.BottomRight.y, lastChild, null, recurseLevel - 0x1, growXPositive, false);
a = Rect.Union(a, b);
if (growXPositive)
{
a = new Rect(a.TopLeft, new Vector2(a.BottomRight.x + X_DIST_BETWEEN_THUMBS, a.BottomRight.y));
}
else
{
a = new Rect(new Vector2(a.TopLeft.x - X_DIST_BETWEEN_THUMBS, a.TopLeft.y), a.BottomRight);
}
}
catch (Exception e)
{
Common.Exception(description, null, msg.ToString(), e);
}
}
msg.Append("C");
if (firstChild != null)
{
if (((parent1 != null) && (parent2 != null)) && !notWithParent2)
{
Rect area = firstChild.mWin.Area;
area.TopLeft = new Vector2(area.TopLeft.x, parent1.mBottomBounds.BottomRight.y);
area.BottomRight = new Vector2(area.BottomRight.x, parent1.mBottomBounds.BottomRight.y);
ConnectBoundsV(area, firstChild.mWin.Area, new Color(0xff367cdd));
}
else
{
ConnectSims(parent1, firstChild, false, parent2 == null, notWithParent2 || (parent2 == null), new Color(0xff367cdd));
}
}
msg.Append("D");
if (firstChild != lastChild)
{
Rect rect5 = ConnectSims(firstChild, lastChild, true, true, true, new Color(0xff367cdd));
foreach (IMiniSimDescription description2 in childList)
{
SimTreeInfo info4 = GetSimTreeInfo(description2);
if ((info4 != firstChild) && (info4 != lastChild))
{
Rect boundsA = info4.mWin.Area;
boundsA.TopLeft = new Vector2(boundsA.TopLeft.x, rect5.TopLeft.y);
boundsA.BottomRight = new Vector2(boundsA.BottomRight.x, rect5.TopLeft.y);
ConnectBoundsV(boundsA, info4.mWin.Area, new Color(0xff367cdd));
}
}
}
return(a);
}
catch (Exception e)
{
Common.Exception((parent1 != null) ? parent1.mSimDescription : null, (parent2 != null) ? parent2.mSimDescription : null, msg.ToString(), e);
return(rect);
}
}
// Retain
private new void Layout(int x, int y)
{
StringBuilder msg = new StringBuilder();
msg.Append("Layout" + Common.NewLine);
try
{
SimTreeInfo currentSimInfo = GetSimTreeInfo(mCurrentSim);
Dictionary <IMiniSimDescription, SimTreeInfo> usedInfo = new Dictionary <IMiniSimDescription, SimTreeInfo>();
RecurseLayoutParents(x, y, currentSimInfo, usedInfo, NRaas.MasterController.Settings.mFamilyTreeLevels);
SimTreeInfo spouseInfo = null;
if (mCurrentSim.CASGenealogy.ISpouse != null)
{
spouseInfo = GetSimTreeInfo(mCurrentSim.CASGenealogy.ISpouse.IMiniSimDescription);
}
else
{
spouseInfo = GetSimTreeInfo(FindDeadPartner(mCurrentSim, true));
if (spouseInfo != null)
{
IMiniSimDescription otherSpouse = FindDeadPartner(spouseInfo.mSimDescription, true);
if (otherSpouse != mCurrentSim)
{
spouseInfo = null;
}
}
}
msg.Append("A");
bool flag = false;
if (spouseInfo != null)
{
List <IMiniSimDescription> childList = new List <IMiniSimDescription>();
flag = GetChildren(mCurrentSim, spouseInfo.mSimDescription, ref childList, true);
}
msg.Append("B");
Rect rect = GenericLayoutParents(x, y, currentSimInfo, spouseInfo, !flag, true);
IMiniSimDescription parent1 = null;
IMiniSimDescription parent2 = null;
GetParents(mCurrentSim, ref parent1, ref parent2);
msg.Append("C");
List <IMiniSimDescription> list2 = new List <IMiniSimDescription>();
List <IMiniSimDescription> list3 = new List <IMiniSimDescription>();
foreach (IGenealogy genealogy in mCurrentSim.CASGenealogy.ISiblings)
{
try
{
if (mCurrentSim.CASGenealogy.IsHalfSibling(genealogy) || ((mCurrentSim.CASGenealogy.IParents.Count > 0x1) && (mCurrentSim.CASGenealogy.IParents[0x0].ISpouse != mCurrentSim.CASGenealogy.IParents[0x1])))
{
list3.Add(genealogy.IMiniSimDescription);
}
else
{
list2.Add(genealogy.IMiniSimDescription);
}
}
catch (Exception e)
{
Common.Exception(genealogy.IMiniSimDescription, null, msg.ToString(), e);
}
}
msg.Append("D");
x = (int)currentSimInfo.mWin.Position.x;
foreach (IMiniSimDescription description3 in list2)
{
try
{
x -= (int)(FamilyTreeThumb.kRegularArea.x + X_DIST_BETWEEN_THUMBS);
SimTreeInfo simTreeInfo = GetSimTreeInfo(description3);
simTreeInfo.mWin = CreateFamilyTreeThumb(description3, new Vector2((float)x, (float)y));
simTreeInfo.mBottomBounds = simTreeInfo.mWin.Area;
}
catch (Exception e)
{
Common.Exception(description3, null, msg.ToString(), e);
}
}
msg.Append("E");
foreach (IMiniSimDescription description4 in list3)
{
try
{
x -= (int)(FamilyTreeThumb.kRegularArea.x + X_DIST_BETWEEN_THUMBS);
SimTreeInfo info3 = GetSimTreeInfo(description4);
info3.mWin = CreateFamilyTreeThumb(description4, new Vector2((float)x, (float)y));
info3.mBottomBounds = info3.mWin.Area;
}
catch (Exception e)
{
Common.Exception(description4, null, msg.ToString(), e);
}
}
msg.Append("F");
if (list2.Count > 0x0)
{
IMiniSimDescription desc = list2[list2.Count - 0x1];
if (desc != mCurrentSim)
{
Rect rect2 = ConnectSims(currentSimInfo, GetSimTreeInfo(desc), true, true, true, new Color(0xff367cdd));
foreach (IMiniSimDescription description6 in list2)
{
try
{
if ((description6 != desc) && (description6 != mCurrentSim))
{
SimTreeInfo info4 = GetSimTreeInfo(description6);
Rect area = info4.mWin.Area;
area.TopLeft = new Vector2(area.TopLeft.x, rect2.TopLeft.y);
area.BottomRight = new Vector2(area.BottomRight.x, rect2.TopLeft.y);
ConnectBoundsV(area, info4.mWin.Area, new Color(0xff367cdd));
}
}
catch (Exception e)
{
Common.Exception(description6, null, msg.ToString(), e);
}
}
}
}
msg.Append("G");
foreach (IMiniSimDescription description7 in list3)
{
try
{
SimTreeInfo info5 = GetSimTreeInfo(description7);
Window childWindow = LoadCornerPiece(CONNECTOR_IMAGE_CORNER_TOP_LEFT);
Window window2 = LoadStraightPiece(CONNECTOR_IMAGE_HORIZONTAL_DOTTED);
childWindow.Position = new Vector2(info5.mWin.Position.x + ((info5.mWin.Area.Width - childWindow.Area.Width) / 2f), info5.mWin.Position.y - childWindow.Area.Height);
window2.Position = new Vector2(childWindow.Area.BottomRight.x, childWindow.Area.TopLeft.y + 1f);
Rect rect4 = window2.Area;
rect4.Width = 10f;
window2.Area = rect4;
mThumbParentWin.AddChild(childWindow);
mThumbParentWin.AddChild(window2);
}
catch (Exception e)
{
Common.Exception(description7, null, msg.ToString(), e);
}
}
msg.Append("H");
x = (int)rect.TopLeft.x;
y = (int)currentSimInfo.mWin.Area.BottomRight.y;
if (spouseInfo != null)
{
x = (int)(rect.TopLeft.x + ((rect.Width - FamilyTreeThumb.kRegularArea.x) / 2f));
}
RecurseLayoutChildren(x, y, currentSimInfo, spouseInfo, NRaas.MasterController.Settings.mFamilyTreeLevels, true, false);
if (spouseInfo != null)
{
x = (int)(rect.TopLeft.x + (FamilyTreeThumb.kRegularArea.x / 2f));
RecurseLayoutChildren(x, y, currentSimInfo, spouseInfo, NRaas.MasterController.Settings.mFamilyTreeLevels, false, true);
}
msg.Append("I");
foreach (SimTreeInfo info6 in mSimTreeInfoEx.Values)
{
try
{
if (info6.mWin == null)
{
continue;
}
if (info6.mSimDescription == null)
{
continue;
}
if (info6.mSimDescription.CASGenealogy == null)
{
continue;
}
msg.Append("J");
bool flag2 = true;
if (flag2 && (info6.mSimDescription.CASGenealogy.IParents.Count > 0x0))
{
SimTreeInfo item = GetSimTreeInfo(info6.mSimDescription.CASGenealogy.IParents[0x0].IMiniSimDescription, false);
flag2 &= (item != null);
}
msg.Append("K");
if (flag2 && (info6.mSimDescription.CASGenealogy.IParents.Count > 0x1))
{
SimTreeInfo info8 = GetSimTreeInfo(info6.mSimDescription.CASGenealogy.IParents[0x1].IMiniSimDescription, false);
flag2 &= (info8 != null);
}
msg.Append("L");
if ((flag2) && (info6.mSimDescription.CASGenealogy.ISpouse != null))
{
SimTreeInfo info9 = GetSimTreeInfo(info6.mSimDescription.CASGenealogy.ISpouse.IMiniSimDescription, false);
flag2 &= (info9 != null);
}
msg.Append("M");
if (flag2 && (info6.mSimDescription.CASGenealogy.ISiblings.Count > 0x0))
{
foreach (IGenealogy genealogy2 in info6.mSimDescription.CASGenealogy.ISiblings)
{
SimTreeInfo info10 = GetSimTreeInfo(genealogy2.IMiniSimDescription, false);
flag2 &= (info10 != null);
}
}
msg.Append("N");
if (flag2 && (info6.mSimDescription.CASGenealogy.IChildren.Count > 0x0))
{
foreach (IGenealogy genealogy3 in info6.mSimDescription.CASGenealogy.IChildren)
{
SimTreeInfo info11 = GetSimTreeInfo(genealogy3.IMiniSimDescription, false);
flag2 &= (info11 != null);
}
}
msg.Append("O");
if (!flag2)
{
info6.mWin.ShowMoreInfo = true;
}
}
catch (Exception e)
{
Common.Exception(info6.mSimDescription, null, msg.ToString(), e);
}
}
}
catch (Exception e)
{
Common.Exception(msg.ToString(), e);
}
}
// Retain
private new Rect GenericLayoutParents(int x, int y, SimTreeInfo simA, SimTreeInfo simB, bool fromHalf, bool toHalf)
{
if (simA != null)
{
if (simA.mWin == null)
{
simA.mWin = CreateFamilyTreeThumb(simA.mSimDescription, new Vector2((float)x, (float)y));
simA.mBottomBounds = simA.mWin.Area;
}
x = (int)simA.mWin.Area.BottomRight.x;
}
if (simB != null)
{
x += (int)X_DIST_BETWEEN_THUMBS;
if (simB.mWin == null)
{
simB.mWin = CreateFamilyTreeThumb(simB.mSimDescription, new Vector2((float)x, (float)y));
simB.mBottomBounds = simB.mWin.Area;
}
x = (int)simB.mWin.Area.BottomRight.x;
}
PartnerType partnerType = GetPartnerType(simA, simB);
// Changed
if ((simA == null) || (simB == null) || (partnerType == PartnerType.None))
{
if ((simA != null) && (simB != null))
{
return(Rect.Union(simA.mWin.Area, simB.mWin.Area));
}
else if (simA != null)
{
return(simA.mWin.Area);
}
else if (simB != null)
{
return(simB.mWin.Area);
}
else
{
return(new Rect((float)x, (float)y, (float)x, (float)y));
}
}
else
{
Color barColor = new Color(0xff367cdd);
switch (partnerType)
{
case PartnerType.Fiance:
barColor = new Color(0xffebd03e);
break;
case PartnerType.BGFriend:
barColor = new Color(0xffdb4dc5);
break;
}
Rect b = Rect.Union(Rect.Union(ConnectSims(simA, simB, false, fromHalf, toHalf, barColor), simA.mWin.Area), simB.mWin.Area);
simA.mBottomBounds = Rect.Union(simA.mBottomBounds, b);
simB.mBottomBounds = Rect.Union(simB.mBottomBounds, b);
return(b);
}
}
// Retain
private new Rect GenericLayoutParents(int x, int y, SimTreeInfo simA, SimTreeInfo simB)
{
return(GenericLayoutParents(x, y, simA, simB, true, true));
}
// Retain
private Rect RecurseLayoutParents(int x, int y, SimTreeInfo child, Dictionary<IMiniSimDescription,SimTreeInfo> usedInfo, int recurseLevel)
{
IMiniSimDescription parent1 = null;
IMiniSimDescription parent2 = null;
try
{
SimTreeInfo parent1Info = null;
SimTreeInfo parent2Info = null;
Rect boundsA = new Rect((float)x, (float)y, (float)x, (float)y);
if (GetParents(child.mSimDescription, ref parent1, ref parent2))
{
if ((parent1 != null) && (!usedInfo.ContainsKey(parent1)))
{
parent1Info = GetSimTreeInfo(parent1);
usedInfo.Add(parent1, parent1Info);
}
if ((parent2 != null) && (!usedInfo.ContainsKey(parent2)))
{
parent2Info = GetSimTreeInfo(parent2);
usedInfo.Add(parent2, parent2Info);
}
int num = (int)((y - FamilyTreeThumb.kRegularArea.y) - Y_DIST_BETWEEN_THUMBS);
if (recurseLevel == 0x1)
{
boundsA = GenericLayoutParents(x, num, parent1Info, parent2Info);
}
else
{
Rect rect2 = new Rect((float)x, (float)num, (float)x, (float)num);
if (parent1Info != null)
{
rect2 = RecurseLayoutParents(x, num, parent1Info, usedInfo, recurseLevel - 0x1);
}
if (parent2Info != null)
{
int num2 = (int)(rect2.BottomRight.x + X_DIST_BETWEEN_THUMBS);
rect2 = RecurseLayoutParents(num2, num, parent2Info, usedInfo, recurseLevel - 0x1);
}
boundsA = GenericLayoutParents(0x0, 0x0, parent1Info, parent2Info);
}
}
x = (int)boundsA.TopLeft.x;
if ((parent1Info != null) && (parent2Info != null))
{
x = (int)(boundsA.TopLeft.x + ((boundsA.Width - FamilyTreeThumb.kRegularArea.x) / 2f));
}
child.mWin = CreateFamilyTreeThumb(child.mSimDescription, new Vector2((float)x, (float)y));
child.mBottomBounds = child.mWin.Area;
if ((parent1Info != null) || (parent2Info != null))
{
if (((parent1Info != null) && (parent2Info != null)) && (GetPartnerType(parent1, parent2) != PartnerType.None))
{
ConnectBoundsV(boundsA, child.mWin.Area, new Color(0xff367cdd));
}
else
{
if (parent1Info != null)
{
ConnectSims(parent1Info, child, false, true, false, new Color(0xff367cdd));
}
if (parent2Info != null)
{
ConnectSims(parent2Info, child, false, true, false, new Color(0xff367cdd));
}
}
}
return Rect.Union(boundsA, child.mWin.Area);
}
catch (Exception e)
{
string name = null;
if (child.mSimDescription != null)
{
name += Common.NewLine + "Child 1: " + child.mSimDescription.FullName;
}
if (parent1 != null)
{
name += Common.NewLine + "Parent 1: " + parent1.FullName;
}
if (parent2 != null)
{
name += Common.NewLine + "Parent 2: " + parent2.FullName;
}
Common.Exception(name, e);
return new Rect();
}
}
// Retain
private new Rect RecurseLayoutChildren(int x, int y, SimTreeInfo parent1, SimTreeInfo parent2, int recurseLevel, bool growXPositive, bool notWithParent2)
{
Rect rect = new Rect((float)x, (float)y, (float)x, (float)y);
StringBuilder msg = new StringBuilder();
msg.Append("RecurseLayoutChildren" + Common.NewLine);
try
{
if (recurseLevel == 0x0)
{
return rect;
}
msg.Append("A");
int num = y + ((int)Y_DIST_BETWEEN_THUMBS);
int num2 = x;
List<IMiniSimDescription> childList = new List<IMiniSimDescription>();
if (!GetChildren((parent1 != null) ? parent1.mSimDescription : null, (parent2 != null) ? parent2.mSimDescription : null, ref childList, notWithParent2))
{
return rect;
}
msg.Append("B");
SimTreeInfo firstChild = null;
SimTreeInfo lastChild = null;
Rect a = new Rect((float)x, (float)num, (float)x, (float)num);
foreach (IMiniSimDescription description in childList)
{
try
{
if (description == null) continue;
lastChild = GetSimTreeInfo(description);
if (firstChild == null)
{
firstChild = lastChild;
}
if (growXPositive)
{
num2 = (int)a.BottomRight.x;
}
else
{
num2 = (int)(a.TopLeft.x - FamilyTreeThumb.kRegularArea.x);
}
lastChild.mWin = CreateFamilyTreeThumb(lastChild.mSimDescription, new Vector2((float)num2, (float)num));
lastChild.mBottomBounds = lastChild.mWin.Area;
a = Rect.Union(a, lastChild.mWin.Area);
Rect b = RecurseLayoutChildren(num2, (int)lastChild.mWin.Area.BottomRight.y, lastChild, null, recurseLevel - 0x1, growXPositive, false);
a = Rect.Union(a, b);
if (growXPositive)
{
a = new Rect(a.TopLeft, new Vector2(a.BottomRight.x + X_DIST_BETWEEN_THUMBS, a.BottomRight.y));
}
else
{
a = new Rect(new Vector2(a.TopLeft.x - X_DIST_BETWEEN_THUMBS, a.TopLeft.y), a.BottomRight);
}
}
catch (Exception e)
{
Common.Exception(description, null, msg.ToString(), e);
}
}
msg.Append("C");
if (firstChild != null)
{
if (((parent1 != null) && (parent2 != null)) && !notWithParent2)
{
Rect area = firstChild.mWin.Area;
area.TopLeft = new Vector2(area.TopLeft.x, parent1.mBottomBounds.BottomRight.y);
area.BottomRight = new Vector2(area.BottomRight.x, parent1.mBottomBounds.BottomRight.y);
ConnectBoundsV(area, firstChild.mWin.Area, new Color(0xff367cdd));
}
else
{
ConnectSims(parent1, firstChild, false, parent2 == null, notWithParent2 || (parent2 == null), new Color(0xff367cdd));
}
}
msg.Append("D");
if (firstChild != lastChild)
{
Rect rect5 = ConnectSims(firstChild, lastChild, true, true, true, new Color(0xff367cdd));
foreach (IMiniSimDescription description2 in childList)
{
SimTreeInfo info4 = GetSimTreeInfo(description2);
if ((info4 != firstChild) && (info4 != lastChild))
{
Rect boundsA = info4.mWin.Area;
boundsA.TopLeft = new Vector2(boundsA.TopLeft.x, rect5.TopLeft.y);
boundsA.BottomRight = new Vector2(boundsA.BottomRight.x, rect5.TopLeft.y);
ConnectBoundsV(boundsA, info4.mWin.Area, new Color(0xff367cdd));
}
}
}
return a;
}
catch (Exception e)
{
Common.Exception((parent1 != null) ? parent1.mSimDescription : null, (parent2 != null) ? parent2.mSimDescription : null, msg.ToString(), e);
return rect;
}
}
private new SimTreeInfo GetSimTreeInfo(IMiniSimDescription desc, bool addIfNotPresent)
{
if (desc != null)
{
SimTreeInfo info;
if (mSimTreeInfoEx.TryGetValue(desc, out info))
{
return info;
}
if (addIfNotPresent)
{
SimTreeInfo item = new SimTreeInfo(desc);
mSimTreeInfoEx.Add(desc, item);
mSimTreeInfos.Add(item);
return item;
}
}
return null;
}
// Retain
private new Rect GenericLayoutParents(int x, int y, SimTreeInfo simA, SimTreeInfo simB, bool fromHalf, bool toHalf)
{
if (simA != null)
{
if (simA.mWin == null)
{
simA.mWin = CreateFamilyTreeThumb(simA.mSimDescription, new Vector2((float)x, (float)y));
simA.mBottomBounds = simA.mWin.Area;
}
x = (int)simA.mWin.Area.BottomRight.x;
}
if (simB != null)
{
x += (int)X_DIST_BETWEEN_THUMBS;
if (simB.mWin == null)
{
simB.mWin = CreateFamilyTreeThumb(simB.mSimDescription, new Vector2((float)x, (float)y));
simB.mBottomBounds = simB.mWin.Area;
}
x = (int)simB.mWin.Area.BottomRight.x;
}
PartnerType partnerType = GetPartnerType(simA, simB);
// Changed
if ((simA == null) || (simB == null) || (partnerType == PartnerType.None))
{
if ((simA != null) && (simB != null))
{
return Rect.Union(simA.mWin.Area, simB.mWin.Area);
}
else if (simA != null)
{
return simA.mWin.Area;
}
else if (simB != null)
{
return simB.mWin.Area;
}
else
{
return new Rect((float)x, (float)y, (float)x, (float)y);
}
}
else
{
Color barColor = new Color(0xff367cdd);
switch (partnerType)
{
case PartnerType.Fiance:
barColor = new Color(0xffebd03e);
break;
case PartnerType.BGFriend:
barColor = new Color(0xffdb4dc5);
break;
}
Rect b = Rect.Union(Rect.Union(ConnectSims(simA, simB, false, fromHalf, toHalf, barColor), simA.mWin.Area), simB.mWin.Area);
simA.mBottomBounds = Rect.Union(simA.mBottomBounds, b);
simB.mBottomBounds = Rect.Union(simB.mBottomBounds, b);
return b;
}
}
// Retain
private new Rect GenericLayoutParents(int x, int y, SimTreeInfo simA, SimTreeInfo simB)
{
return GenericLayoutParents(x, y, simA, simB, true, true);
}
