/// <summary>
/// Creates a GuiVesselsPartGraphNode containing the given KmlPart at the given PartGrid koordinates.
/// Also needs a master GuiTabsManager to switch view on double click on this node.
/// </summary>
/// <param name="part">The KmlPart this node will represent</param>
/// <param name="koordX">The X koord in parents PartGrid</param>
/// <param name="koordY">The Y koord in parents PartGrid</param>
/// <param name="master">The master GuiTabsManager</param>
public GuiVesselsPartGraphNode(KmlPart part, int koordX, int koordY, GuiTabsManager master)
{
KoordX = koordX;
KoordY = koordY;
Master = master;
Lines = new List <Line>();
if (part != null)
{
Orientation = System.Windows.Controls.Orientation.Horizontal;
Icon = new GuiTreeNode(part, true, false, true, false);
Icon.ToolTip = part.ToString();
Icon.Margin = new System.Windows.Thickness(-16, 0, 0, 0);
// GuiTreeNode gets selected and drawn highlighted after using its context menu
// we don't want this in the part graph
Icon.Selected += Icon_Selected;
Children.Add(Icon);
Text = new Label();
Text.DataContext = part;
Text.Content = "[" + (part.Parent as KmlVessel).Parts.IndexOf(part) + "]";
Text.ToolTip = part.ToString();
// TODO GuiVesselsPartGraphNode.GuiVesselsPartGraphNode(): Label.ContextMenu does not really work
Text.ContextMenu = Icon.ContextMenu;
Text.Margin = new System.Windows.Thickness(-6, -6, 0, 0);
Children.Add(Text);
MouseEnter += Node_MouseEnter;
MouseLeave += Node_MouseLeave;
Icon.MouseDoubleClick += Node_MouseDoubleClick;
// TODO GuiVesselsPartGraphNode.GuiVesselsPartGraphNode(): Label.MouseDoubleClick does not really work
Text.MouseDoubleClick += Node_MouseDoubleClick;
}
}
/// <summary>
/// Identify whether a KmlPart is a docking port part,
/// so it should be replaced by an intance of KmlPartDock.
/// </summary>
/// <param name="part">The KmlPart to check</param>
/// <returns>True if KmlPart should be replaced by KmlPartDock</returns>
public static bool PartIsDock(KmlPart part)
{
foreach (KmlNode node in part.Children)
{
if (node.Tag.ToLower() != "module")
{
continue;
}
if (node.Name.ToLower() == "moduledockingnode")
{
return(true);
}
else if (node.Name.ToLower() == "moduledockingnodenamed")
{
return(true);
}
else if (node.Name.ToLower() == "modulegrapplenode")
{
return(true);
}
else if (node.Name.ToLower() == "kasmodulestrut")
{
return(true);
}
}
return(false);
}
private static void RepairGrappleAttachment(KmlPart part, int attachmentIndex)
{
int lastIndex = -1;
// Repair part 'attN = grapple, <attachmentIndex>'
for (int i = 0; i < part.Attribs.Count; i++)
{
KmlAttrib attrib = part.Attribs[i];
if (attrib.Name.ToLower() == "attn")
{
lastIndex = i;
if (attrib.Value.ToLower().StartsWith("grapple,") || attrib.Value.EndsWith(", " + attachmentIndex))
{
attrib.Value = "grapple, " + attachmentIndex;
return;
}
}
else if (attrib.Name.ToLower() == "srfn")
{
lastIndex = i;
}
}
// If we got here we didn't find it
KmlAttrib newAttrib = new KmlAttrib("attN = grapple, " + attachmentIndex);
part.Attribs.Insert(lastIndex + 1, newAttrib);
part.AllItems.Insert(lastIndex + 1, newAttrib);
}
/// <summary>
/// This method is called by KmlPart.BuildAttachmentStructure() after a complete vessel is read and all parts exist,
/// so we can build KmlPart references from the index or UId information got from reading this part anlone.
/// </summary>
/// <param name="dock">The part identified as KmlPartDock</param>
/// <param name="other">The other docked KmlPart (could be KmlPartDock also)</param>
public static void BuildDockStructure(KmlPartDock dock, KmlPart other)
{
if (dock.DockUid == other.Uid)
{
dock.DockedPart = other;
}
else
{
Syntax.Warning(dock, "Dock part is attached to (UId " + dock.DockUid + ") but supposed to be attached to: " + other.ToString() + " (UId " + other.Uid + ")");
dock.NeedsRepair = true;
}
if (dock.DockType == DockTypes.Dock && dock.DockState.ToLower() == "docked (docker)")
{
KmlNode module = dock.GetChildNode("MODULE", "ModuleDockingNode");
if (module == null)
{
Syntax.Warning(dock, "Dock sub-node MODULE with name = 'ModuleDockingNode' is missing. Please copy one from functional dock part or older save file");
dock.NeedsRepair = true;
}
else if (module.GetChildNode("DOCKEDVESSEL") == null)
{
Syntax.Warning(dock, "Dock sub-sub-node DOCKEDVESSEL is missing");
dock.NeedsRepair = true;
}
}
else if (dock.DockType == DockTypes.Grapple && dock.DockState.ToLower() == "grappled")
{
KmlNode module = dock.GetChildNode("MODULE", "ModuleGrappleNode");
if (module == null)
{
Syntax.Warning(dock, "Grapple sub-node MODULE with name = 'ModuleGrappleNode' is missing. Please copy one from functional dock part or older save file");
dock.NeedsRepair = true;
}
else
{
if (module.GetChildNode("DOCKEDVESSEL") == null)
{
Syntax.Warning(dock, "Grapple sub-sub-node DOCKEDVESSEL is missing");
dock.NeedsRepair = true;
}
if (module.GetChildNode("DOCKEDVESSEL_other") == null)
{
Syntax.Warning(dock, "Grapple sub-sub-node DOCKEDVESSEL_other is missing");
dock.NeedsRepair = true;
}
}
}
else if (dock.DockType == DockTypes.KasCPort)
{
KmlNode module = dock.GetChildNode("MODULE", "KASModuleStrut");
if (module == null)
{
Syntax.Warning(dock, "KAS CPort sub-node MODULE with name = 'KASModuleStrut' is missing. Please copy one from functional CPort part or older save file");
dock.NeedsRepair = true;
}
}
}
private int CountBottom(KmlPart part, KmlPart cameFrom)
{
int c = 1;
if (part.AttachedPartsSurface.Count > 2)
{
c = 2;
foreach (KmlPart p in part.AttachedPartsSurface)
{
if (p != cameFrom)
{
c = Math.Max(c, CountBottom(p, part) + 1);
}
}
}
if (part.AttachedPartsFront.Count > 0)
{
c = Math.Max(c, 2);
foreach (KmlPart p in part.AttachedPartsFront)
{
if (p != cameFrom)
{
c = Math.Max(c, CountBottom(p, part) + 1);
}
}
}
foreach (KmlPart p in part.AttachedPartsBack)
{
if (p != cameFrom)
{
c = Math.Max(c, CountBottom(p, part) - 1);
}
}
foreach (KmlPart p in part.AttachedPartsLeft)
{
if (p != cameFrom)
{
c = Math.Max(c, CountBottom(p, part));
}
}
foreach (KmlPart p in part.AttachedPartsRight)
{
if (p != cameFrom)
{
c = Math.Max(c, CountBottom(p, part));
}
}
if (part is KmlPartDock)
{
KmlPart p = ((KmlPartDock)part).DockedPart;
if (p != null && p != cameFrom)
{
c = Math.Max(c, CountBottom(p, part));
}
}
return(c);
}
private static List <KmlItem> ParseFile(System.IO.StreamReader file, KmlNode parent)
{
List <KmlItem> list = new List <KmlItem>();
string line;
while ((line = file.ReadLine()) != null)
{
KmlItem newItem = ParseLine(line);
if (newItem is KmlBegin)
{
KmlItem lastItem;
int l = list.Count - 1;
if (l < 0)
{
lastItem = new KmlItem("");
}
else
{
lastItem = list[l];
list.RemoveAt(l);
}
KmlNode newNode = new KmlNode(lastItem, parent);
if (newNode.Tag.ToLower() == "vessel")
{
newNode = new KmlVessel(newNode);
}
else if (newNode.Tag.ToLower() == "kerbal")
{
newNode = new KmlKerbal(newNode);
}
else if (newNode.Tag.ToLower() == "part")
{
newNode = new KmlPart(newNode);
}
else if (newNode.Tag.ToLower() == "resource")
{
newNode = new KmlResource(newNode);
}
list.Add(newNode);
newNode.AddRange(ParseFile(file, newNode));
}
else if (newItem is KmlEnd)
{
Identify(list);
return(list);
}
else
{
list.Add(newItem);
}
}
Identify(list);
return(list);
}
private void SetRootPart(string value)
{
if (int.TryParse(value, out rootPartIndex))
{
if (Parts.Count > rootPartIndex)
{
RootPart = Parts[rootPartIndex];
}
}
}
private void DrawPartAndConnected(KmlPart part, IntPair koords, IntPair parentKoords, Brush lineBrush)
{
GuiVesselsPartGraphNode partNode = DrawPart(part, koords);
Line l = DrawConnection(parentKoords, koords, lineBrush);
partNode.Lines.Add(l);
GuiVesselsPartGraphNode parentNode = PartGrid[parentKoords.X - PartGridMinX][parentKoords.Y - PartGridMinY];
parentNode.Lines.Add(l);
DrawConnectedParts(partNode, koords);
}
/// <summary>
/// Clear all child nodes and attributes from this node.
/// </summary>
public override void Clear()
{
Type = "";
Situation = "";
Parts.Clear();
Flags.Clear();
ResourceTypes.Clear();
RootPart = null;
rootPartIndex = 0;
base.Clear();
}
private void Node_MouseDoubleClick(object sender, System.Windows.Input.MouseButtonEventArgs e)
{
KmlPart part = null;
if (sender is GuiTreeNode)
{
part = ((GuiTreeNode)sender).DataNode as KmlPart;
}
else if (sender is Label)
{
part = ((Label)sender).DataContext as KmlPart;
}
if (part != null)
{
GuiTabsManager.GetCurrent().Select(part);
}
}
/// <summary>
/// Creates a KmlVessel as a copy of a given KmlNode.
/// </summary>
/// <param name="node">The KmlNode to copy</param>
public KmlVessel(KmlNode node)
: base(node.Line)
{
// First parent is null, will be set later when added to parent,
// then IdentifyParent() will set Origin.
Origin = VesselOrigin.Other;
Type = "";
Situation = "";
Parts = new List <KmlPart>();
Flags = new List <string>();
AssignedCrew = new List <KmlKerbal>();
ResourceTypes = new SortedSet <string>();
RootPart = null;
AddRange(node.AllItems);
}
/// <summary>
/// Creates a KmlVessel as a copy of a given KmlNode.
/// </summary>
/// <param name="node">The KmlNode to copy</param>
public KmlVessel(KmlNode node)
: base(node.Line, node.Parent)
{
if (node.Parent != null && node.Parent.Tag.ToLower() == "flightstate")
{
Origin = VesselOrigin.Flightstate;
}
else
{
Origin = VesselOrigin.Other;
}
Type = "";
Situation = "";
Parts = new List <KmlPart>();
ResourceTypes = new SortedSet <string>();
RootPart = null;
AddRange(node.AllItems);
}
/// <summary>
/// After an item is completely loaded the Intentify() method is called.
/// This is the right moment to build the connection structure of the parts.
/// There is no class derived from KmlVessel so it doesn't need to be replaced.
/// </summary>
/// <returns>There is no class derived from KmlVessel so always null is returned</returns>
protected override KmlItem Identify()
{
// No need to replace this by another class, but after vessel is completed
// it's the right time to build parts structure
List <KmlPart> roots = KmlPart.BuildAttachmentStructure(Parts);
if (roots.Count > 1)
{
Syntax.Warning(this, "Vessel has more than one root part identified from part structure: " + string.Join <KmlPart>(", ", roots.ToArray()));
}
if (RootPart == null && roots.Count > 0)
{
Syntax.Warning(this, "Vessel's root part attribute does not point to a valid part. Set root to: " + string.Join <KmlPart>(", ", roots.ToArray()));
}
else if (RootPart != null && !roots.Contains(RootPart))
{
Syntax.Warning(this, "Vessel's root part attribute is not equal to root identified from part structure: " + RootPart.ToString() + " <-> " + string.Join <KmlPart>(", ", roots.ToArray()));
}
return(base.Identify());
}
private GuiVesselsPartGraphNode DrawPart(KmlPart part, int x, int y)
{
GuiVesselsPartGraphNode node = new GuiVesselsPartGraphNode(part, x, y, Master);
if (!InsertGrid(x, y, node))
{
throw new Exception("Couldn't place GuiVesselsPartGraphNode on grid pos " + x + ", " + y + " (already occupied)");
//IntPair p = CalcKoords(new IntPair(x, y), x + 1, y);
//InsertGrid(p.X, p.Y, node);
}
Point position = CalcPosition(x, y);
Canvas.SetLeft(node, position.X);
Canvas.SetTop(node, position.Y);
// Have nodes on higher ZIndex than the lines
Canvas.SetZIndex(node, 1);
VesselsDetails.Children.Add(node);
part.Visited = true;
return(node);
}
private static KmlNode ParseNode(KmlItem item)
{
KmlNode newNode = new KmlNode(item);
if (newNode.Tag.ToLower() == "vessel")
{
newNode = new KmlVessel(newNode);
}
else if (newNode.Tag.ToLower() == "kerbal")
{
newNode = new KmlKerbal(newNode);
}
else if (newNode.Tag.ToLower() == "part")
{
newNode = new KmlPart(newNode);
}
else if (newNode.Tag.ToLower() == "resource")
{
newNode = new KmlResource(newNode);
}
return(newNode);
}
private void AssignTemplate(bool withImage, bool withText)
{
// Fit an Image and a TextBlock into a Stackpanel,
// have the Stackpanel as node Header
StackPanel pan = new StackPanel();
pan.Orientation = Orientation.Horizontal;
if (withImage)
{
if (DataNode is KmlResource)
{
KmlResource res = (KmlResource)DataNode;
pan.Children.Add(GenerateProgressBar(res.AmountRatio));
}
else if (DataNode is KmlPart)
{
KmlPart part = (KmlPart)DataNode;
pan.Children.Add(GenerateImage(DataNode));
if (part.WorstResourceRatio >= 0.0)
{
ProgressBar prog = GenerateProgressBar(part.WorstResourceRatio);
prog.Height = 4;
prog.Margin = new Thickness(-19, 6, 3, 0);
pan.Children.Add(prog);
}
}
else
{
pan.Children.Add(GenerateImage(DataNode));
}
}
if (withText)
{
pan.Children.Add(new TextBlock(new Run(DataNode.ToString())));
}
Header = pan;
}
private void DrawConnectionAndSeachPart(KmlPart part, IntPair parentKoords, Brush lineBrush)
{
// Already drawn sub part with one way arrow.
// Need to draw the reverse arrow only
// But where is the node?
Point parentPos = CalcPosition(parentKoords);
GuiVesselsPartGraphNode parentNode = PartGrid[parentKoords.X - PartGridMinX][parentKoords.Y - PartGridMinY];
foreach (UIElement element in VesselsDetails.Children)
{
if (element is GuiVesselsPartGraphNode)
{
GuiVesselsPartGraphNode node = (GuiVesselsPartGraphNode)element;
if (node.DataPart == part)
{
Line l = DrawConnection(parentPos.X, parentPos.Y, Canvas.GetLeft(node), Canvas.GetTop(node), lineBrush);
node.Lines.Add(l);
parentNode.Lines.Add(l);
break;
}
}
}
}
private static void RepairGrappleAttachment(KmlPart part, int attachmentIndex)
{
KmlAttrib lastItem = null;
// Repair part 'attN = grapple, <attachmentIndex>'
for (int i = 0; i < part.Attribs.Count; i++)
{
KmlAttrib attrib = part.Attribs[i];
if (attrib.Name.ToLower() == "attn")
{
lastItem = attrib;
if (attrib.Value.ToLower().StartsWith("grapple,") || attrib.Value.EndsWith(", " + attachmentIndex))
{
attrib.Value = "grapple, " + attachmentIndex;
return;
}
}
else if (attrib.Name.ToLower() == "srfn")
{
lastItem = attrib;
}
}
// If we got here we didn't find it
KmlAttrib newAttrib = new KmlAttrib("attN = grapple, " + attachmentIndex);
// InsertAfter will add to the end if lastItem is null
part.InsertAfter(lastItem, newAttrib);
//if (lastItem != null)
//{
// part.Attribs.Insert(part.Attribs.IndexOf(lastItem) + 1, newAttrib);
// part.AllItems.Insert(part.AllItems.IndexOf(lastItem) + 1, newAttrib);
//}
//else
//{
// part.Add(newAttrib);
//}
}
/// <summary>
/// Parts of a vessel are first read one after the other, so the first part can only store indices of later parts it is connected to.
/// After a complete vessel is read also all parts are read and the indices can be translated in references to now existing KmlParts.
/// This is done by this method. Also reverse information (what parts are connected to this one) is then stored in a part.
/// </summary>
/// <param name="parts">The list of KmlParts, a KmlVessel will have one</param>
/// <returns>A list of root parts (not pointing to another parent part). Could be more than one, if some connections are broken.</returns>
public static List <KmlPart> BuildAttachmentStructure(List <KmlPart> parts)
{
List <KmlPart> roots = new List <KmlPart>();
for (int i = 0; i < parts.Count; i++)
{
// Check parent connection
KmlPart part = parts[i];
if (part.ParentPartIndex == i)
{
// Parent part is itself, so ParentPart property stays null
roots.Add(part);
}
else if (part.ParentPartIndex < 0 || part.ParentPartIndex >= parts.Count)
{
Syntax.Warning(part, "Part's parent part index [" + part.ParentPartIndex + "] does not point to a valid part.");
roots.Add(part);
}
else
{
part.ParentPart = parts[part.ParentPartIndex];
if (!part.AttachedToNodeIndices.Contains(part.ParentPartIndex) && part.AttachedToSurfaceIndex != part.ParentPartIndex)
{
// Part could be docked to parent
if ((part is KmlPartDock) && (part.ParentPart is KmlPartDock))
{
KmlPartDock docker = (KmlPartDock)part;
KmlPartDock dockee = (KmlPartDock)part.ParentPart;
// In case of "Docked (same vessel)" there has to be another docker-dockee connection and that would have connection via parent part
if (docker.DockState.ToLower() == "docked (docker)")
{
if (dockee.DockState.ToLower() != "docked (dockee)")
{
Syntax.Warning(dockee, "Dock part is parent of other docker part. Docking state should be 'Docked (dockee)' but is '" + dockee.DockState + "', other dock: " + docker);
docker.NeedsRepair = true;
dockee.NeedsRepair = true;
}
else
{
KmlPartDock.BuildDockStructure(dockee, docker);
KmlPartDock.BuildDockStructure(docker, dockee);
}
}
else if (docker.DockState.ToLower() == "docked (dockee)")
{
if (dockee.DockState.ToLower() != "docked (docker)")
{
Syntax.Warning(dockee, "Dock part is parent of other dockee part. Docking state should be 'Docked (docker)' but is '" + dockee.DockState + "', other dock: " + docker);
docker.NeedsRepair = true;
dockee.NeedsRepair = true;
}
else
{
KmlPartDock.BuildDockStructure(dockee, docker);
KmlPartDock.BuildDockStructure(docker, dockee);
}
}
else
{
if (dockee.DockState.ToLower() == "docked (dockee)")
{
Syntax.Warning(docker, "Dock part is docked to parent dockee part. Docking state should be 'Docked (docker)' but is '" + docker.DockState + "', parent dock: " + dockee);
}
else if (dockee.DockState.ToLower() == "docked (docker)")
{
Syntax.Warning(docker, "Dock part is docked to parent docker part. Docking state should be 'Docked (dockee)' but is '" + docker.DockState + "', parent dock: " + dockee);
}
else
{
Syntax.Warning(docker, "Dock part is docked to parent dock part. Docking state should be 'Docked (docker)' or 'Docked (dockee)' but is '" + docker.DockState + "', parent dock: " + dockee);
Syntax.Warning(dockee, "Dock part is parent of other dock part. Docking state should be 'Docked (dockee)' or 'Docked (docker)' but is '" + dockee.DockState + "', other dock: " + docker);
}
docker.NeedsRepair = true;
dockee.NeedsRepair = true;
}
}
// Part could be grappled by parent
else if ((part.ParentPart is KmlPartDock) && (part.ParentPart as KmlPartDock).DockType == KmlPartDock.DockTypes.Grapple)
{
KmlPartDock grapple = (KmlPartDock)part.ParentPart;
if (grapple.DockUid != part.Uid)
{
Syntax.Warning(part, "Part not attached or grappled by parent grappling part: " + grapple);
Syntax.Warning(grapple, "Grappling part is parent of other part, but is not grappled to it: " + part);
grapple.NeedsRepair = true;
}
else if (grapple.DockState.ToLower() != "grappled")
{
Syntax.Warning(part, "Part grappled by parent part. Docking state should be 'Grappled' but is '" + grapple.DockState + "', parent grapple: " + grapple);
Syntax.Warning(grapple, "Grappling part is parent of grappled part. Docking state should be 'Grappled' but is '" + grapple.DockState + "', grappled part: " + part);
grapple.NeedsRepair = true;
}
else
{
// It's docked but grappling needs a node attachment
KmlPartDock.BuildDockStructure(grapple, part);
Syntax.Warning(part, "Part is docked but not attached to parent grappling part: " + grapple);
Syntax.Warning(grapple, "Grappling part is parent and docked but not attached to grappled part: " + part);
grapple.NeedsRepair = true;
}
}
// TODO KmlPart.BuildAttachmentStructure(): How do KAS links work?
// Usually you can only attach a new part by a node to the surface of parent
// and not attach a part by surface to parents node. But if you have vessels docked
// this situation may happen and this leads to this additional check
else if (part.ParentPart.AttachedToSurfaceIndex != i)
{
Syntax.Warning(part, "Part not attached to parent part: " + part.ParentPart);
}
}
}
// Check attachments
foreach (int p in part.AttachedToNodeIndices)
{
if (p >= 0 && p < parts.Count)
{
KmlPart other = parts[p];
// Sort attached part in the corresponding list, identified by position not by node name
double diffX = part.Position.X - other.Position.X;
double diffY = part.Position.Y - other.Position.Y;
double diffZ = part.Position.Z - other.Position.Z;
if (Math.Abs(diffX) > Math.Abs(diffY) && Math.Abs(diffX) > Math.Abs(diffZ))
{
if (diffX > 0)
{
other.AttachedPartsRight.Add(part);
part.AttachedToPartsLeft.Add(other);
}
else
{
other.AttachedPartsLeft.Add(part);
part.AttachedToPartsRight.Add(other);
}
}
else if (Math.Abs(diffZ) > Math.Abs(diffX) && Math.Abs(diffZ) > Math.Abs(diffY))
{
if (diffZ > 0)
{
other.AttachedPartsFront.Add(part);
part.AttachedToPartsBack.Add(other);
}
else
{
other.AttachedPartsBack.Add(part);
part.AttachedToPartsFront.Add(other);
}
}
else
{
if (diffY > 0)
{
other.AttachedPartsTop.Add(part);
part.AttachedToPartsBottom.Add(other);
}
else
{
other.AttachedPartsBottom.Add(part);
part.AttachedToPartsTop.Add(other);
}
}
if (!other.AttachedToNodeIndices.Contains(parts.IndexOf(part)))
{
if ((other is KmlPartDock) && (other as KmlPartDock).DockType == KmlPartDock.DockTypes.Grapple)
{
KmlPartDock grapple = (KmlPartDock)other;
if (grapple.DockUid != part.Uid)
{
Syntax.Warning(part, "Part node attachment not responded from other grappling part: " + grapple);
grapple.NeedsRepair = true;
}
else if (grapple.DockState.ToLower() != "grappled")
{
Syntax.Warning(part, "Part grappled by other grappling part. Docking state should be 'Grappled' but is '" + grapple.DockState + ", other grapple: " + grapple);
grapple.NeedsRepair = true;
}
else
{
KmlPartDock.BuildDockStructure(grapple, part);
}
}
else if ((part is KmlPartDock) && (part as KmlPartDock).DockType == KmlPartDock.DockTypes.Grapple)
{
KmlPartDock grapple = (KmlPartDock)part;
if (grapple.DockUid != other.Uid)
{
Syntax.Warning(grapple, "Grappling part node attachment not responded from other grappled part: " + other);
grapple.NeedsRepair = true;
}
else if (grapple.DockState.ToLower() != "grappled")
{
Syntax.Warning(grapple, "Grappling part grappled attached part. Docking state should be 'Grappled' but is '" + grapple.DockState + ", attached part: " + other);
grapple.NeedsRepair = true;
}
else
{
KmlPartDock.BuildDockStructure(grapple, other);
}
}
else
{
Syntax.Warning(part, "Part node attachment not responded from other part: " + other.ToString());
}
}
}
else
{
Syntax.Warning(part, "Part supposed to be node attached to part index [" + p + "], which does not point to a valid part");
}
}
if (part.AttachedToSurfaceIndex >= 0 && part.AttachedToSurfaceIndex < parts.Count)
{
parts[part.AttachedToSurfaceIndex].AttachedPartsSurface.Add(part);
}
else if (part.AttachedToSurfaceIndex != -1)
{
Syntax.Warning(part, "Part supposed to be surface attached to part index [" + part.AttachedToSurfaceIndex + "], which does not point to a valid part");
}
// Check docking (with parent involved is already checked above, here needs to e checked a 'Docked (same vessel)'
// Need to check one side only, other part will be touched here in another iteration of the loop
if (part is KmlPartDock)
{
KmlPartDock dock = (KmlPartDock)part;
KmlPart other = null;
foreach (KmlPart p in parts)
{
if (p.Uid == dock.DockUid)
{
other = p;
break;
}
}
if (other == null)
{
// This happens a lot, parts show UId 0 or some other UId they have been attached to before
if (dock.DockState.ToLower() == "docked (docker)" || dock.DockState.ToLower() == "docked (dockee)" ||
dock.DockState.ToLower() == "docked (same vessel)" || dock.DockState.ToLower() == "grappled")
{
Syntax.Warning(dock, "Dock part supposed to be attached to (UId " + dock.DockUid + "), which does not point to a valid part");
dock.NeedsRepair = true;
}
// If it still says 'Disengage' something went wron on undocking. We can repair if undocked part is now another vessel
// so other will be null because not found in this vessel
// Also could be 'Disarmed', 'Disabled' etc., so it's not checked to be 'Ready'.
else if (dock.DockState.ToLower() == "disengage")
{
Syntax.Warning(dock, "Dock part state should be 'Ready' but is '" + dock.DockState + "'");
dock.NeedsRepair = true;
}
}
// Docking with parent already checked
else if (other != dock.ParentPart && other.ParentPartIndex != i)
{
if (dock.DockState.ToLower() == "docked (docker)" || dock.DockState.ToLower() == "docked (dockee)" ||
dock.DockState.ToLower() == "docked (same vessel)" || dock.DockState.ToLower() == "grappled")
{
KmlPartDock.BuildDockStructure(dock, other);
if (other is KmlPartDock)
{
KmlPartDock otherDock = (KmlPartDock)other;
if (otherDock.DockUid != dock.Uid)
{
Syntax.Warning(dock, "Dock part docked to other dock part, but docking not responded from other side. Other dock: " + otherDock);
dock.NeedsRepair = true;
otherDock.NeedsRepair = true;
}
else if (otherDock.DockState.ToLower() == "docked (dockee)")
{
if (dock.DockState.ToLower() != "docked (same vessel)")
{
Syntax.Warning(dock, "Dock part is docked to dockee part. Docking state should be 'Docked (same vessel)' but is '" + dock.DockState + "', dockee part: " + otherDock);
dock.NeedsRepair = true;
otherDock.NeedsRepair = true;
}
}
else if (otherDock.DockState.ToLower() == "docked (same vessel)")
{
if (dock.DockState.ToLower() != "docked (dockee)")
{
Syntax.Warning(dock, "Dock part is docked to same vessel docking part. Docking state should be 'Docked (dockee)' but is '" + dock.DockState + "', same vessel docking part: " + otherDock);
dock.NeedsRepair = true;
otherDock.NeedsRepair = true;
}
}
else
{
Syntax.Warning(dock, "Dock part is docked to other dock part. Docking state should be 'Docked (same vessel)' or 'Docked (dockee)' but is '" + dock.DockState + "', other dock: " + otherDock);
dock.NeedsRepair = true;
otherDock.NeedsRepair = true;
}
}
else if (dock.DockType != KmlPartDock.DockTypes.Grapple)
{
Syntax.Warning(dock, "Dock part is no grappling device, so it should be only docked to other dock parts, but is docked to: " + other);
dock.NeedsRepair = true;
}
}
}
}
}
return(roots);
}
private void BuildContextMenu(bool withAddMenu, bool withDeleteMenu)
{
ContextMenu menu = new ContextMenu();
MenuItem title = new MenuItem();
Image img = GenerateImage(DataNode);
img.Margin = new Thickness(0);
title.Icon = img;
title.Header = DataNode.ToString();
title.IsEnabled = false;
title.Background = new SolidColorBrush(Colors.Black);
title.BorderThickness = new Thickness(1);
title.BorderBrush = new SolidColorBrush(Colors.Gray);
menu.Items.Add(title);
menu.Items.Add(new Separator());
// So far it's the default Menu, wich should not be shown if no items follow
int defaultMenuCount = menu.Items.Count;
// Give menu item a more descriptive name
string nodeName = "node";
if (DataNode is KmlResource)
{
nodeName = "resource";
MenuItem m = new MenuItem();
m.DataContext = DataNode;
m.Icon = Icons.CreateImage(Icons.Resource);
m.Header = "_Refill this resource";
m.Click += ResourceRefill_Click;
menu.Items.Add(m);
}
else if (DataNode is KmlPart)
{
nodeName = "part";
KmlPart node = (KmlPart)DataNode;
if (node.HasResources)
{
MenuItem m = new MenuItem();
m.DataContext = DataNode;
m.Icon = Icons.CreateImage(Icons.Resource);
m.Header = "_Refill all resources in this part";
m.Click += PartRefill_Click;
menu.Items.Add(m);
foreach (string resType in node.ResourceTypes)
{
m = new MenuItem();
m.DataContext = DataNode;
m.Icon = Icons.CreateImage(Icons.Resource);
m.Header = "_Refill '" + resType + "' resource in this part";
m.Tag = resType;
m.Click += PartRefill_Click;
menu.Items.Add(m);
}
}
if (node is KmlPartDock)
{
KmlPartDock dock = (KmlPartDock)node;
if (dock.NeedsRepair)
{
if (menu.Items.Count > defaultMenuCount)
{
menu.Items.Add(new Separator());
}
MenuItem m = new MenuItem();
m.DataContext = DataNode;
m.Icon = Icons.CreateImage(Icons.PartDock);
m.Header = "Re_pair docking connection of this and connected part";
m.Click += DockRepair_Click;
menu.Items.Add(m);
}
}
}
else if (DataNode is KmlVessel)
{
nodeName = "vessel";
KmlVessel node = (KmlVessel)DataNode;
MenuItem m = new MenuItem();
m.DataContext = DataNode;
img = GenerateImage(DataNode);
img.Margin = new Thickness(0);
m.Icon = img;
m.Header = "S_witch view";
m.Click += SwitchView_Click;
menu.Items.Add(m);
menu.Items.Add(new Separator());
m = new MenuItem();
m.DataContext = DataNode;
m.Icon = Icons.CreateImage(Icons.VesselSpaceObject);
m.Header = "Send to _low kerbin orbit";
m.Click += VesselToLKO_Click;
menu.Items.Add(m);
if (node.HasResources)
{
menu.Items.Add(new Separator());
m = new MenuItem();
m.DataContext = DataNode;
m.Icon = Icons.CreateImage(Icons.Resource);
m.Header = "_Refill all resources in all parts of this vessel";
m.Click += VesselRefill_Click;
menu.Items.Add(m);
foreach (string resType in node.ResourceTypes)
{
m = new MenuItem();
m.DataContext = DataNode;
m.Icon = Icons.CreateImage(Icons.Resource);
m.Header = "_Refill all '" + resType + "' resources in all parts of this vessel";
m.Tag = resType;
m.Click += VesselRefill_Click;
menu.Items.Add(m);
}
}
if (node.Flags.Count > 0)
{
menu.Items.Add(new Separator());
m = new MenuItem();
m.DataContext = DataNode;
m.Icon = Icons.CreateImage(Icons.VesselFlag);
m.Header = "Change _flag in all parts of this vessel...";
m.Click += VesselFlagExchange_Click;
menu.Items.Add(m);
}
}
else if (DataNode is KmlKerbal)
{
nodeName = "kerbal";
KmlKerbal node = (KmlKerbal)DataNode;
MenuItem m = new MenuItem();
m.DataContext = DataNode;
img = GenerateImage(DataNode);
img.Margin = new Thickness(0);
m.Icon = img;
m.Header = "S_witch view";
m.Click += SwitchView_Click;
menu.Items.Add(m);
if (node.AssignedVessel != null || node.AssignedPart != null)
{
if (menu.Items.Count > defaultMenuCount)
{
menu.Items.Add(new Separator());
}
if (node.AssignedVessel != null)
{
m = new MenuItem();
m.DataContext = DataNode;
img = GenerateImage(node.AssignedVessel);
img.Margin = new Thickness(0);
m.Icon = img;
m.Header = "Select assigned _vessel: " + node.AssignedVessel.Name;
m.Click += KerbalSelectAssignedVessel_Click;
menu.Items.Add(m);
}
if (node.AssignedPart != null)
{
m = new MenuItem();
m.DataContext = DataNode;
img = GenerateImage(node.AssignedPart);
img.Margin = new Thickness(0);
m.Icon = img;
m.Header = "Select assigned _part: " + node.AssignedPart.Name;
m.Click += KerbalSelectAssignedPart_Click;
menu.Items.Add(m);
}
}
if (node.AssignedVessel != null || node.AssignedPart != null || node.State.ToLower() == "missing")
{
if (menu.Items.Count > defaultMenuCount)
{
menu.Items.Add(new Separator());
}
m = new MenuItem();
m.DataContext = DataNode;
img = Icons.CreateImage(Icons.VesselSpaceObject);
m.Icon = img;
m.Header = "Send _home to astronaut complex";
m.Click += KerbalSendHome_Click;
menu.Items.Add(m);
}
}
// Adding / deleting
if (withAddMenu)
{
if (menu.Items.Count > defaultMenuCount)
{
menu.Items.Add(new Separator());
}
MenuItem m = new MenuItem();
m.DataContext = DataNode;
m.Icon = Icons.CreateImage(Icons.Add);
m.Header = "Add _attribute...";
m.Click += NodeAddAttrib_Click;
menu.Items.Add(m);
m = new MenuItem();
m.DataContext = DataNode;
m.Icon = Icons.CreateImage(Icons.Add);
m.Header = "Add _child node...";
m.Click += NodeAddChild_Click;
menu.Items.Add(m);
m = new MenuItem();
m.DataContext = DataNode;
m.Icon = Icons.CreateImage(Icons.Add);
m.Header = "_Insert node...";
m.Click += NodeInsertBefore_Click;
m.IsEnabled = DataNode.Parent != null;
menu.Items.Add(m);
}
if (withDeleteMenu)
{
if (menu.Items.Count > defaultMenuCount)
{
menu.Items.Add(new Separator());
}
MenuItem m = new MenuItem();
m.DataContext = DataNode;
m.Icon = Icons.CreateImage(Icons.Delete);
m.Header = "_Delete this " + nodeName + "...";
m.Click += NodeDelete_Click;
m.IsEnabled = DataNode.CanBeDeleted;
menu.Items.Add(m);
}
// Need to have a seperate menu for each item, even if it is empty.
// If ContextMenu is null, the parent's contextmenu will be used (WTF).
// Item[0] is the menu title, Item[1] a Seperator, both always created.
ContextMenu = menu;
if (menu.Items.Count <= defaultMenuCount)
{
ContextMenu.Visibility = System.Windows.Visibility.Hidden;
}
else
{
// Apply look and feel
foreach (object o in menu.Items)
{
if (o is MenuItem)
{
MenuItem m = (MenuItem)o;
if (!m.IsEnabled && m.Icon != null)
{
(m.Icon as Image).Opacity = 0.3;
}
}
}
}
}
/// <summary>
/// Adds a child KmlItem to this nodes lists of children, depending of its
/// derived class KmlNode, KmlPart, KmlAttrib or further derived from these.
/// When an KmlAttrib "Name", "Type" or "Root" are found, their value
/// will be used for the corresponding property of this node.
/// </summary>
/// <param name="beforeItem">The KmlItem where the new item should be inserted before</param>
/// <param name="newItem">The KmlItem to add</param>
protected override void Add(KmlItem beforeItem, KmlItem newItem)
{
if (newItem is KmlAttrib)
{
KmlAttrib attrib = (KmlAttrib)newItem;
if (attrib.Name.ToLower() == "type" && Type.Length == 0)
{
Type = attrib.Value;
// Get notified when Type changes
attrib.AttribValueChanged += Type_Changed;
attrib.CanBeDeleted = false;
}
else if (attrib.Name.ToLower() == "sit" && Situation.Length == 0)
{
Situation = attrib.Value;
// Get notified when Type changes
attrib.AttribValueChanged += Situation_Changed;
attrib.CanBeDeleted = false;
}
else if (attrib.Name.ToLower() == "root" && RootPart == null)
{
SetRootPart(attrib.Value);
// Get notified when Type changes
attrib.AttribValueChanged += Root_Changed;
attrib.CanBeDeleted = false;
}
}
else if (newItem is KmlPart)
{
KmlPart part = (KmlPart)newItem;
if (beforeItem != null)
{
KmlPart beforePart = null;
int allIndex = AllItems.IndexOf(beforeItem);
for (int i = allIndex; i < AllItems.Count; i++)
{
if (AllItems[i] is KmlPart && Parts.Contains((KmlPart)AllItems[i]))
{
beforePart = (KmlPart)AllItems[i];
break;
}
}
if (beforePart != null)
{
beforePart.InsertionPreparation();
Parts.Insert(Parts.IndexOf(beforePart), part);
beforePart.InsertionFinalization();
}
else
{
Parts.Add(part);
}
}
else
{
Parts.Add(part);
}
if (Parts.Count == rootPartIndex + 1)
{
RootPart = Parts[rootPartIndex];
}
if (part.Flag != "" && !Flags.Any(x => x.ToLower() == part.Flag.ToLower()))
{
Flags.Add(part.Flag);
}
if (part.HasResources)
{
foreach (string resType in part.ResourceTypes)
{
ResourceTypes.Add(resType);
}
}
KmlAttrib flag = part.GetAttrib("flag");
if (flag != null)
{
flag.AttribValueChanged += Flag_Changed;
}
}
base.Add(beforeItem, newItem);
}
private GuiVesselsPartGraphNode DrawPart(KmlPart part, IntPair koords)
{
return(DrawPart(part, koords.X, koords.Y));
}
private void BuildContextMenu()
{
ContextMenu menu = new ContextMenu();
MenuItem title = new MenuItem();
title.Icon = GenerateImage(DataNode);
title.Header = DataNode.ToString();
title.IsEnabled = false;
title.Background = new SolidColorBrush(Colors.Black);
title.BorderThickness = new Thickness(1);
title.BorderBrush = new SolidColorBrush(Colors.Gray);
menu.Items.Add(title);
menu.Items.Add(new Separator());
if (DataNode is KmlResource)
{
MenuItem m = new MenuItem();
m.DataContext = DataNode;
m.Icon = Icons.CreateImage(Icons.Resource);
m.Header = "Refill this resource";
m.Click += ResourceRefill_Click;
menu.Items.Add(m);
}
else if (DataNode is KmlPart)
{
KmlPart node = (KmlPart)DataNode;
if (node.HasResources)
{
MenuItem m = new MenuItem();
m.DataContext = DataNode;
m.Icon = Icons.CreateImage(Icons.Resource);
m.Header = "Refill all resources in this part";
m.Click += PartRefill_Click;
menu.Items.Add(m);
foreach (string resType in node.ResourceTypes)
{
m = new MenuItem();
m.DataContext = DataNode;
m.Icon = Icons.CreateImage(Icons.Resource);
m.Header = "Refill '" + resType + "' resource in this part";
m.Tag = resType;
m.Click += PartRefill_Click;
menu.Items.Add(m);
}
}
if (node is KmlPartDock)
{
KmlPartDock dock = (KmlPartDock)node;
if (dock.NeedsRepair)
{
if (menu.Items.Count > 2)
{
menu.Items.Add(new Separator());
}
MenuItem m = new MenuItem();
m.DataContext = DataNode;
m.Icon = Icons.CreateImage(Icons.PartDock);
m.Header = "Repair docking connection of this and connected part";
m.Click += DockRepair_Click;
menu.Items.Add(m);
}
}
}
else if (DataNode is KmlVessel)
{
KmlVessel node = (KmlVessel)DataNode;
if (node.HasResources)
{
MenuItem m = new MenuItem();
m.DataContext = DataNode;
m.Icon = Icons.CreateImage(Icons.Resource);
m.Header = "Refill all resources in all parts of this vessel";
m.Click += VesselRefill_Click;
menu.Items.Add(m);
foreach (string resType in node.ResourceTypes)
{
m = new MenuItem();
m.DataContext = DataNode;
m.Icon = Icons.CreateImage(Icons.Resource);
m.Header = "Refill all '" + resType + "' resources in all parts of this vessel";
m.Tag = resType;
m.Click += VesselRefill_Click;
menu.Items.Add(m);
}
}
}
// Need to have a seperate menu for each item, even if it is empty.
// If ContextMenu is null, the parent's contextmenu will be used (WTF).
// Item[0] is the menu title, Item[1] a Seperator, both always created.
ContextMenu = menu;
if (menu.Items.Count < 3)
{
ContextMenu.Visibility = System.Windows.Visibility.Hidden;
}
}
/// <summary>
/// Repair the docking connection of this port.
/// </summary>
public void Repair()
{
// Two docks
if (DockType == DockTypes.Dock)
{
if (DockedPart == null)
{
if (Parent is KmlVessel)
{
KmlVessel vessel = (KmlVessel)Parent;
int myIndex = vessel.Parts.IndexOf(this);
for (int i = 0; i < vessel.Parts.Count; i++)
{
KmlPart part = vessel.Parts[i];
if (part is KmlPartDock)
{
KmlPartDock otherDock = (KmlPartDock)part;
if (otherDock.DockedPart == this)
{
// This will choose the right docker / dockee or switch to same vessel if none is parent
RepairDockerChoose(this, otherDock);
return;
}
else if (otherDock.ParentPart == this || ParentPart == otherDock)
{
if (AttachedToSurfaceIndex == i || AttachedToNodeIndices.Contains(i) ||
otherDock.AttachedToSurfaceIndex == myIndex || otherDock.AttachedToNodeIndices.Contains(myIndex))
{
// It's attached and not docked
continue;
}
else
{
RepairDockerChoose(this, otherDock);
return;
}
}
}
}
// To avoid getting to here there are returns spread above
// Syntax.Warning(this, "Didn't find another part in all parts of the vessel to fix this dock with");
RepairClearDocking(this);
}
else
{
Syntax.Warning(this, "Could not search for connected parts, parent vessel is not valid");
}
}
else if (!(DockedPart is KmlPartDock))
{
Syntax.Warning(this, "Don't know how to repair this docking connection, this one is no dock: " + DockedPart);
}
else
{
KmlPartDock otherDock = (KmlPartDock)DockedPart;
if (otherDock.DockedPart == this || otherDock.ParentPart == this || ParentPart == otherDock)
{
// They are already linked but there's something to fix unless context menu to this wouldn't be enabled
// This will choose the right docker / dockee or switch to same vessel if none is parent
RepairDockerChoose(this, otherDock);
}
else
{
// Semi-functional same vessel docking would be fixed above, this is no docking
RepairClearDocking(this);
}
}
}
// One dock and another part
else if (DockType == DockTypes.Grapple)
{
if (DockedPart == null)
{
if (Parent is KmlVessel)
{
KmlVessel vessel = (KmlVessel)Parent;
int myIndex = vessel.Parts.IndexOf(this);
for (int i = 0; i < vessel.Parts.Count; i++)
{
KmlPart part = vessel.Parts[i];
if (part.ParentPart == this || this.ParentPart == part)
{
if (AttachedToSurfaceIndex == i || AttachedToNodeIndices.Contains(i) ||
part.AttachedToSurfaceIndex == myIndex || part.AttachedToNodeIndices.Contains(myIndex))
{
// It's attached and not grappled
continue;
}
else
{
RepairGrappling(this, part);
return;
}
}
}
// To avoid getting to here there are returns spread above
// Syntax.Warning(this, "Didn't find another part in all parts of the vessel to fix this grappling device with");
RepairClearDocking(this);
}
else
{
Syntax.Warning(this, "Could not search for connected parts, parent vessel is not valid");
}
}
else
{
if (DockedPart.ParentPart == this || ParentPart == DockedPart)
{
RepairGrappling(this, DockedPart);
}
else
{
RepairClearDocking(this);
}
}
}
}
private void DrawConnectedParts(GuiVesselsPartGraphNode parent, IntPair parentKoords)
{
KmlPart parentPart = parent.DataPart;
IntPair newKoords;
// Top atteched parts
foreach (KmlPart sub in parentPart.AttachedPartsTop)
{
if (!sub.Visited)
{
newKoords = CalcKoords(parentKoords, parentKoords.X, parentKoords.Y - CountBottom(sub, parentPart) - CountTop(parentPart, parentPart) + 1);
for (int y = parentKoords.Y - 1; y > newKoords.Y; y--)
{
// Fill space with dummy nodes
InsertGrid(parentKoords.X, y, new GuiVesselsPartGraphNode(parentKoords.X, y));
}
DrawPartAndConnected(sub, newKoords, parentKoords, ConnectVerticalBrush);
}
else
{
DrawConnectionAndSeachPart(sub, parentKoords, ConnectVerticalBrush);
}
}
// Bottom atteched parts
foreach (KmlPart sub in parentPart.AttachedPartsBottom)
{
if (!sub.Visited)
{
newKoords = CalcKoords(parentKoords, parentKoords.X, parentKoords.Y + CountTop(sub, parentPart) + CountBottom(parentPart, parentPart) - 1);
for (int y = parentKoords.Y + 1; y < newKoords.Y; y++)
{
// Fill space with dummy nodes
InsertGrid(parentKoords.X, y, new GuiVesselsPartGraphNode(parentKoords.X, y));
}
DrawPartAndConnected(sub, newKoords, parentKoords, ConnectVerticalBrush);
}
else
{
DrawConnectionAndSeachPart(sub, parentKoords, ConnectVerticalBrush);
}
}
// Left atteched parts
foreach (KmlPart sub in parentPart.AttachedPartsLeft)
{
if (!sub.Visited)
{
newKoords = CalcKoords(parentKoords, parentKoords.X - 2, parentKoords.Y);
DrawPartAndConnected(sub, newKoords, parentKoords, ConnectSidesBrush);
}
else
{
DrawConnectionAndSeachPart(sub, parentKoords, ConnectSidesBrush);
}
}
// Right atteched parts
foreach (KmlPart sub in parentPart.AttachedPartsRight)
{
if (!sub.Visited)
{
newKoords = CalcKoords(parentKoords, parentKoords.X + 2, parentKoords.Y);
DrawPartAndConnected(sub, newKoords, parentKoords, ConnectSidesBrush);
}
else
{
DrawConnectionAndSeachPart(sub, parentKoords, ConnectSidesBrush);
}
}
// Back atteched parts
foreach (KmlPart sub in parentPart.AttachedPartsBack)
{
if (!sub.Visited)
{
newKoords = CalcKoords(parentKoords, parentKoords.X - 2, parentKoords.Y - 1);
DrawPartAndConnected(sub, newKoords, parentKoords, ConnectSidesBrush);
}
else
{
DrawConnectionAndSeachPart(sub, parentKoords, ConnectSidesBrush);
}
}
// Front atteched parts
foreach (KmlPart sub in parentPart.AttachedPartsFront)
{
if (!sub.Visited)
{
newKoords = CalcKoords(parentKoords, parentKoords.X + 2, parentKoords.Y + 1);
DrawPartAndConnected(sub, newKoords, parentKoords, ConnectSidesBrush);
}
else
{
DrawConnectionAndSeachPart(sub, parentKoords, ConnectSidesBrush);
}
}
// Surface atteched parts
int i = 0;
foreach (KmlPart sub in parentPart.AttachedPartsSurface)
{
if (!sub.Visited)
{
// Arrange alternating left and right
do
{
if (i % 4 == 0)
{
newKoords = new IntPair(parentKoords.X - (i / 4 + 1), parentKoords.Y - 1);
}
else if (i % 4 == 1)
{
newKoords = new IntPair(parentKoords.X + (i / 4 + 1), parentKoords.Y - 1);
}
else if (i % 4 == 2)
{
newKoords = new IntPair(parentKoords.X - (i / 4 + 1), parentKoords.Y + 1);
}
else
{
newKoords = new IntPair(parentKoords.X + (i / 4 + 1), parentKoords.Y + 1);
}
i++;
}while (!InsertGrid(newKoords.X, newKoords.Y, null));
DrawPartAndConnected(sub, newKoords, parentKoords, ConnectSurfaceBrush);
}
else
{
DrawConnectionAndSeachPart(sub, parentKoords, ConnectSurfaceBrush);
i++;
}
}
// Docked parts
if (parentPart is KmlPartDock)
{
KmlPartDock dock = (KmlPartDock)parentPart;
KmlPart sub = dock.DockedPart;
if (sub != null)
{
if (!sub.Visited)
{
newKoords = CalcKoords(parentKoords, parentKoords.X + (sub.Position.X > parentPart.Position.X ? 1 : -1),
parentKoords.Y + (sub.Position.Y > parentPart.Position.Y ? 1 : -1));
DrawPartAndConnected(sub, newKoords, parentKoords, ConnectDockBrush);
}
else
{
DrawConnectionAndSeachPart(sub, parentKoords, ConnectDockBrush);
}
}
}
}
private static void RepairGrappling(KmlPartDock grapple, KmlPart part)
{
int grappleIndex = -1;
int partIndex = -1;
if (grapple.Parent is KmlVessel)
{
bool dockedVesselOk = true;
KmlVessel vessel = (KmlVessel)grapple.Parent;
grappleIndex = vessel.Parts.IndexOf(grapple);
partIndex = vessel.Parts.IndexOf(part);
try
{
KmlNode module = grapple.GetOrCreateChildNode("MODULE", "ModuleGrappleNode");
module.GetOrCreateAttrib("isEnabled", "True");
//module.GetOrCreateAttrib("stagingEnabled").Value = "False"; // True?!?
module.GetOrCreateAttrib("state").Value = "Grappled";
module.GetOrCreateAttrib("dockUId").Value = part.Uid;
KmlNode events = module.GetOrCreateChildNode("EVENTS");
events.GetOrCreateChildNode("Release").GetOrCreateAttrib("active").Value = "True";
events.GetOrCreateChildNode("ReleaseSameVessel").GetOrCreateAttrib("active").Value = "False";
events.GetOrCreateChildNode("Decouple").GetOrCreateAttrib("active").Value = "False";
module.GetOrCreateChildNode("ACTIONS");
KmlNode dockedVessel = module.GetOrCreateChildNode("DOCKEDVESSEL");
KmlNode dockedVesselOther = module.GetOrCreateChildNode("DOCKEDVESSEL_Other");
string vesselName;
string vesselRootUId;
string defaultName;
if (grapple.Parent is KmlVessel)
{
vesselName = (grapple.Parent as KmlVessel).Name;
vesselRootUId = (grapple.Parent as KmlVessel).RootPart.Uid;
defaultName = vesselName + " Grappled - repaired by KML";
}
else
{
vesselName = "Unknown Vessel - repaired by KML";
if (part.ParentPart == grapple)
{
vesselRootUId = grapple.Uid;
}
else
{
vesselRootUId = part.Uid;
}
defaultName = "Unknown Grappled - repaired by KML";
}
string thisName;
string otherName;
string thisUid;
string otherUid;
if (part.ParentPart == grapple)
{
thisName = vesselName;
thisUid = vesselRootUId;
otherName = defaultName;
otherUid = part.Uid;
}
else
{
thisName = defaultName;
thisUid = grapple.Uid;
otherName = vesselName;
otherUid = vesselRootUId;
}
if (dockedVessel.GetAttrib("vesselName") == null)
{
KmlAttrib attrib = dockedVessel.GetOrCreateAttrib("vesselName", thisName);
attrib.AttribValueChanged += grapple.DockedVesselName_Changed;
grapple.DockedVesselName_Changed(attrib, new System.Windows.RoutedEventArgs());
}
if (dockedVessel.GetAttrib("vesselType") == null)
{
KmlAttrib attrib = dockedVessel.GetOrCreateAttrib("vesselType", "6");
attrib.AttribValueChanged += grapple.DockedVesselType_Changed;
grapple.DockedVesselType_Changed(attrib, new System.Windows.RoutedEventArgs());
}
dockedVessel.GetOrCreateAttrib("rootUId", thisUid);
if (dockedVesselOther.GetAttrib("vesselName") == null)
{
KmlAttrib attrib = dockedVesselOther.GetOrCreateAttrib("vesselName", otherName);
attrib.AttribValueChanged += grapple.DockedVesselOtherName_Changed;
grapple.DockedVesselOtherName_Changed(attrib, new System.Windows.RoutedEventArgs());
}
if (dockedVesselOther.GetAttrib("vesselType") == null)
{
KmlAttrib attrib = dockedVesselOther.GetOrCreateAttrib("vesselType", "6");
attrib.AttribValueChanged += grapple.DockedVesselOtherType_Changed;
grapple.DockedVesselOtherType_Changed(attrib, new System.Windows.RoutedEventArgs());
}
dockedVesselOther.GetOrCreateAttrib("rootUId", otherUid);
module = grapple.GetOrCreateChildNode("MODULE", "ModuleAnimateGeneric");
module.GetOrCreateAttrib("animSwitch").Value = "False";
module.GetOrCreateAttrib("animTime").Value = "1";
events = module.GetOrCreateChildNode("EVENTS");
KmlNode toggle = events.GetOrCreateChildNode("Toggle");
toggle.GetOrCreateAttrib("active").Value = "False";
toggle.GetOrCreateAttrib("guiName").Value = "Disarm";
if (part.ParentPart == grapple)
{
RepairGrappleAttachment(part, grappleIndex);
}
else if (grapple.ParentPart == part)
{
RepairGrappleAttachment(grapple, partIndex);
}
else
{
// TODO KmlPartDock:RepairGrappling(): Is there a 'Grappled (same vessel)'?
}
if (dockedVesselOk)
{
Syntax.Info(grapple, "Successfully repaired grappling");
BuildAttachmentStructure(vessel.Parts);
}
}
catch (NullReferenceException)
{
Syntax.Warning(grapple, "Couldn't fix grappling node, there are sub-nodes missing.\n" +
"You should copy a MODULE node from a functional state 'Grappled' part\n" +
"grappled part should be: " + part);
}
}
else
{
Syntax.Warning(grapple, "Could not search for connected parts, parent vessel is not valid");
}
}
/// <summary>
/// Creates a KmlPartDock as a copy of a given KmlPart.
/// </summary>
/// <param name="part">The KmlPart to copy</param>
public KmlPartDock(KmlPart part)
: base(part)
{
DockType = DockTypes.Dock;
DockName = "";
DockState = "";
DockedVesselName = "";
DockedVesselType = "";
DockedVesselOtherName = "";
DockedVesselOtherType = "";
DockUid = "";
DockedPart = null;
NeedsRepair = false;
foreach (KmlNode node in Children)
{
if (node.Tag.ToLower() == "module" &&
(node.Name.ToLower() == "moduledockingnode" ||
node.Name.ToLower() == "modulegrapplenode" ||
node.Name.ToLower() == "kasmodulestrut"))
{
if (node.Name.ToLower() == "modulegrapplenode")
{
DockType = DockTypes.Grapple;
}
else if (node.Name.ToLower() == "kasmodulestrut")
{
DockType = DockTypes.KasCPort;
}
foreach (KmlAttrib attrib in node.Attribs)
{
if (attrib.Name.ToLower() == "state")
{
DockState = attrib.Value;
attrib.AttribValueChanged += DockState_Changed;
attrib.CanBeDeleted = false;
}
else if (attrib.Name.ToLower() == "dockuid")
{
DockUid = attrib.Value;
attrib.AttribValueChanged += DockUid_Changed;
attrib.CanBeDeleted = false;
}
else if (DockType == DockTypes.KasCPort && attrib.Name.ToLower() == "dockedpartid")
{
DockUid = attrib.Value;
attrib.AttribValueChanged += DockUid_Changed;
attrib.CanBeDeleted = false;
}
}
foreach (KmlNode subnode in node.Children)
{
if (subnode.Tag.ToLower() == "dockedvessel")
{
foreach (KmlAttrib attrib in subnode.Attribs)
{
if (attrib.Name.ToLower() == "vesselname")
{
DockedVesselName = attrib.Value;
attrib.AttribValueChanged += DockedVesselName_Changed;
attrib.CanBeDeleted = false;
}
else if (attrib.Name.ToLower() == "vesseltype")
{
DockedVesselType = TranslateDockedVesselType(attrib.Value);
attrib.AttribValueChanged += DockedVesselType_Changed;
attrib.CanBeDeleted = false;
}
}
}
// Grapple-links with grapplingdevice on master side
// (the one that's name survived) need to read "dockedvessel_other" to get slave side name
else if (subnode.Tag.ToLower() == "dockedvessel_other")
{
foreach (KmlAttrib attrib in subnode.Attribs)
{
if (attrib.Name.ToLower() == "vesselname")
{
DockedVesselOtherName = attrib.Value;
attrib.AttribValueChanged += DockedVesselOtherName_Changed;
attrib.CanBeDeleted = false;
}
else if (attrib.Name.ToLower() == "vesseltype")
{
DockedVesselOtherType = TranslateDockedVesselType(attrib.Value);
attrib.AttribValueChanged += DockedVesselOtherType_Changed;
attrib.CanBeDeleted = false;
}
}
}
}
}
else if (node.Tag.ToLower() == "module" && node.Name.ToLower() == "moduledockingnodenamed")
{
foreach (KmlAttrib attrib in node.Attribs)
{
if (attrib.Name.ToLower() == "portname")
{
DockName = attrib.Value;
attrib.AttribValueChanged += DockName_Changed;
attrib.CanBeDeleted = false;
}
}
}
}
}
/// <summary>
/// Adds a child KmlItem to this nodes lists of children, depending of its
/// derived class KmlNode, KmlPart, KmlAttrib or further derived from these.
/// When an KmlAttrib "Name", "Type" or "Root" are found, their value
/// will be used for the corresponding property of this node.
/// </summary>
/// <param name="item">The KmlItem to add</param>
public override void Add(KmlItem item)
{
KmlItem newItem = item;
if (item is KmlAttrib)
{
KmlAttrib attrib = (KmlAttrib)item;
if (attrib.Name.ToLower() == "type")
{
Type = attrib.Value;
// Get notified when Type changes
attrib.AttribValueChanged += Type_Changed;
attrib.CanBeDeleted = false;
}
else if (attrib.Name.ToLower() == "sit")
{
Situation = attrib.Value;
// Get notified when Type changes
attrib.AttribValueChanged += Situation_Changed;
attrib.CanBeDeleted = false;
}
else if (attrib.Name.ToLower() == "root")
{
SetRootPart(attrib.Value);
// Get notified when Type changes
attrib.AttribValueChanged += Root_Changed;
attrib.CanBeDeleted = false;
}
}
else if (item is KmlPart)
{
KmlPart part = (KmlPart)item;
Parts.Add(part);
if (Parts.Count == rootPartIndex + 1)
{
RootPart = Parts[rootPartIndex];
}
if (part.HasResources)
{
foreach (string resType in part.ResourceTypes)
{
ResourceTypes.Add(resType);
}
}
}
/*else if (Item is KmlNode)
* {
* KmlNode node = (KmlNode)Item;
* if (node.Tag.ToLower() == "part")
* {
* newItem = new KmlPart(node);
* Parts.Add((KmlPart)newItem);
* if (Parts.Count == rootPartNr + 1)
* {
* RootPart = Parts[rootPartNr];
* }
* }
* }*/
base.Add(newItem);
}
private static void RepairGrappling(KmlPartDock grapple, KmlPart part)
{
int grappleIndex = -1;
int partIndex = -1;
if (grapple.Parent == null || !(grapple.Parent is KmlVessel))
{
System.Windows.MessageBox.Show("Could not search for connected parts, parent vessel is not valid");
}
else
{
bool dockedVesselOk = true;
KmlVessel vessel = (KmlVessel)grapple.Parent;
grappleIndex = vessel.Parts.IndexOf(grapple);
partIndex = vessel.Parts.IndexOf(part);
try
{
KmlNode module = grapple.GetChildNode("MODULE", "ModuleGrappleNode");
module.GetAttrib("state").Value = "Grappled";
module.GetAttrib("dockUId").Value = part.Uid;
KmlNode events = module.GetChildNode("EVENTS");
events.GetChildNode("Release").GetAttrib("active").Value = "True";
events.GetChildNode("ReleaseSameVessel").GetAttrib("active").Value = "False";
if (module.GetChildNode("DOCKEDVESSEL") == null)
{
System.Windows.MessageBox.Show("Couldn't find sub-node DOCKEDVESSEL, you should try to copy it from older save file.");
dockedVesselOk = false;
}
if (module.GetChildNode("DOCKEDVESSEL_other") == null)
{
System.Windows.MessageBox.Show("Couldn't find sub-node DOCKEDVESSEL_other, you should try to copy it from older save file.");
dockedVesselOk = false;
}
module = grapple.GetChildNode("MODULE", "ModuleAnimateGeneric");
module.GetAttrib("animSwitch").Value = "False";
module.GetAttrib("animTime").Value = "1";
events = module.GetChildNode("EVENTS");
KmlNode toggle = events.GetChildNode("Toggle");
toggle.GetAttrib("active").Value = "False";
toggle.GetAttrib("guiName").Value = "Disarm";
if (part.ParentPart == grapple)
{
RepairGrappleAttachment(part, grappleIndex);
}
else if (grapple.ParentPart == part)
{
RepairGrappleAttachment(grapple, partIndex);
}
else
{
// TODO KmlPartDock:RepairGrappling(): Is there a 'Grappled (same vessel)'?
}
if (dockedVesselOk)
{
// Maybe RepairGrappleAttachment() will cause a message to save and reload
System.Windows.MessageBox.Show("Successfully repaired grappling. Please save and reload to see the rebuilt part structure.");
// TODO KmlPartDock:RepairGrappling(): Refresh structure without save / reload
}
}
catch (NullReferenceException)
{
System.Windows.MessageBox.Show("Couldn't fix grappling node, there are sub-nodes missing.\n" +
"You should copy a MODULE node from a functional state 'Grappled' part.\n" +
"grappled part should be: " + part);
}
}
}