public static void Add(Layer layer, bool updateTree)
{
if (!LayerList.ContainsKey(layer.ID))
{
if (AllMaps.ContainsKey(layer.ReferenceFrame))
{
LayerList[layer.ID] = layer;
AllMaps[layer.ReferenceFrame].Layers.Add(layer);
version++;
if (updateTree)
{
LoadTree();
}
}
}
}
public void FromXml(XmlDocument doc)
{
XmlNode root = Util.SelectSingleNode(doc, "Tour");
id = root.Attributes.GetNamedItem("ID").Value.ToString();
Title = root.Attributes.GetNamedItem("Title").Value.ToString();
Author = root.Attributes.GetNamedItem("Author").Value.ToString();
if (root.Attributes.GetNamedItem("Descirption") != null)
{
Description = root.Attributes.GetNamedItem("Descirption").Value;
}
if (root.Attributes.GetNamedItem("AuthorEmail") != null)
{
authorEmail = root.Attributes.GetNamedItem("AuthorEmail").Value;
}
if (root.Attributes.GetNamedItem("Keywords") != null)
{
Keywords = root.Attributes.GetNamedItem("Keywords").Value;
}
if (root.Attributes.GetNamedItem("OrganizationName") != null)
{
OrgName = root.Attributes.GetNamedItem("OrganizationName").Value;
}
organizationUrl = root.Attributes.GetNamedItem("OrganizationUrl").Value;
switch (root.Attributes.GetNamedItem("UserLevel").Value)
{
case "Beginner":
level = UserLevel.Beginner;
break;
case "Intermediate":
level = UserLevel.Intermediate;
break;
case "Advanced":
level = UserLevel.Advanced;
break;
case "Educator":
level = UserLevel.Educator;
break;
case "Professional":
level = UserLevel.Professional;
break;
default:
break;
}
switch (root.Attributes.GetNamedItem("Classification").Value)
{
case "Star":
type = Classification.Star;
break;
case "Supernova":
type = Classification.Supernova;
break;
case "BlackHole":
type = Classification.BlackHole;
break;
case "NeutronStar":
type = Classification.NeutronStar;
break;
case "DoubleStar":
type = Classification.DoubleStar;
break;
case "MultipleStars":
type = Classification.MultipleStars;
break;
case "Asterism":
type = Classification.Asterism;
break;
case "Constellation":
type = Classification.Constellation;
break;
case "OpenCluster":
type = Classification.OpenCluster;
break;
case "GlobularCluster":
type = Classification.GlobularCluster;
break;
case "NebulousCluster":
type = Classification.NebulousCluster;
break;
case "Nebula":
type = Classification.Nebula;
break;
case "EmissionNebula":
type = Classification.EmissionNebula;
break;
case "PlanetaryNebula":
type = Classification.PlanetaryNebula;
break;
case "ReflectionNebula":
type = Classification.ReflectionNebula;
break;
case "DarkNebula":
type = Classification.DarkNebula;
break;
case "GiantMolecularCloud":
type = Classification.GiantMolecularCloud;
break;
case "SupernovaRemnant":
type = Classification.SupernovaRemnant;
break;
case "InterstellarDust":
type = Classification.InterstellarDust;
break;
case "Quasar":
type = Classification.Quasar;
break;
case "Galaxy":
type = Classification.Galaxy;
break;
case "SpiralGalaxy":
type = Classification.SpiralGalaxy;
break;
case "IrregularGalaxy":
type = Classification.IrregularGalaxy;
break;
case "EllipticalGalaxy":
type = Classification.EllipticalGalaxy;
break;
case "Knot":
type = Classification.Knot;
break;
case "PlateDefect":
type = Classification.PlateDefect;
break;
case "ClusterOfGalaxies":
type = Classification.ClusterOfGalaxies;
break;
case "OtherNGC":
type = Classification.OtherNGC;
break;
case "Unidentified":
type = Classification.Unidentified;
break;
case "SolarSystem":
type = Classification.SolarSystem;
break;
case "Unfiltered":
type = Classification.Unfiltered;
break;
case "Stellar":
type = Classification.Stellar;
break;
case "StellarGroupings":
type = Classification.StellarGroupings;
break;
case "Nebulae":
type = Classification.Nebulae;
break;
case "Galactic":
type = Classification.Galactic;
break;
case "Other":
type = Classification.Other;
break;
default:
break;
}
taxonomy = root.Attributes.GetNamedItem("Taxonomy").Value.ToString();
XmlNode TourStops = Util.SelectSingleNode(root, "TourStops");
foreach (XmlNode tourStop in TourStops.ChildNodes)
{
if (tourStop.Name == "TourStop")
{
AddTourStop(TourStop.FromXml(this, tourStop));
}
}
XmlNode Frames = Util.SelectSingleNode(root, "ReferenceFrames");
if (Frames != null)
{
foreach (XmlNode frame in Frames.ChildNodes)
{
if (frame.Name == "ReferenceFrame")
{
ReferenceFrame newFrame = new ReferenceFrame();
newFrame.InitializeFromXml(frame);
if (!LayerManager.AllMaps.ContainsKey(newFrame.Name))
{
LayerMap map = new LayerMap(newFrame.Name, ReferenceFrames.Custom);
map.Frame = newFrame;
map.LoadedFromTour = true;
LayerManager.AllMaps[newFrame.Name] = map;
}
}
}
LayerManager.ConnectAllChildren();
LayerManager.LoadTree();
}
XmlNode Layers = Util.SelectSingleNode(root, "Layers");
if (Layers != null)
{
foreach (XmlNode layer in Layers.ChildNodes)
{
if (layer.Name == "Layer")
{
Layer newLayer = new Layer().FromXml(layer,true);//.Layer.FromXml(layer, true);
if (newLayer != null)
{
string fileName = string.Format("{0}.txt", newLayer.ID.ToString());
if (LayerManager.LayerList.ContainsKey(newLayer.ID)) // && newLayer.ID != ISSLayer.ISSGuid)
{
//if (!CollisionChecked)
//{
// if (UiTools.ShowMessageBox(Language.GetLocalizedText(958, "There are layers with the same name. Overwrite existing layers?"), Language.GetLocalizedText(3, "Microsoft WorldWide Telescope"), System.Windows.Forms.MessageBoxButtons.YesNo) == System.Windows.Forms.DialogResult.Yes)
// {
// OverWrite = true;
// }
// else
// {
// OverWrite = false;
// }
// CollisionChecked = true;
//}
//if (OverWrite)
//{
LayerManager.DeleteLayerByID(newLayer.ID, true, false);
//}
}
try
{
newLayer.LoadedFromTour = true;
newLayer.LoadData(GetFileStream(fileName));
LayerManager.Add(newLayer, false);
}
catch
{
}
}
}
}
LayerManager.LoadTree();
}
//todo author
//if (File.Exists(WorkingDirectory + "Author.png"))
//{
// authorImage = UiTools.LoadBitmap(WorkingDirectory + "Author.png");
//}
tourDirty = 0;
}