public object DOMParse(XmlElement element, params object[] parameters)
{
var mapScene = new MapScene(element.Attributes["id"].Value);
var chapter = parameters[0] as Chapter;
mapScene.CameraType = ExParsers.ParseEnum <CameraType>(ExString.Default(element.GetAttribute("cameraType"), CameraType.Aerial2D.ToString()));
mapScene.RenderStyle = ExParsers.ParseEnum <RenderStyle>(ExString.Default(element.GetAttribute("renderStyle"), RenderStyle.Tile.ToString()));
mapScene.TileMetaIdentifier = ExString.Default(element.GetAttribute("tileMetaIdentifier"), "OSMTile");
mapScene.UsesGameplayArea = ExString.EqualsDefault(element.GetAttribute("usesGameplayArea"), "yes", false);
mapScene.GameplayArea = ExParsers.ParseDefault(element.GetAttribute("gameplayArea"), new RectD(Vector2d.zero, Vector2d.zero));
mapScene.LatLon = ExParsers.ParseDefault(element.GetAttribute("center"), Vector2d.zero);
mapScene.Zoom = ExParsers.ParseDefault(element.GetAttribute("zoom"), 19);
bool initialScene = ExString.EqualsDefault(element.GetAttribute("start"), "yes", false);
if (initialScene)
{
chapter.setTargetId(mapScene.getId());
}
int layer = 0;
foreach (var e in element.SelectNodes("map-element"))
{
var mapElementNode = e as XmlElement;
MapElement mapElement = null;
XmlElement extElemNode;
var targetId = mapElementNode.GetAttribute("targetId");
if ((extElemNode = (XmlElement)mapElementNode.SelectSingleNode("ext-elem-ref")) != null)
{
var extElem = new ExtElemReference(targetId);
mapElement = extElem;
extElem.TransformManagerDescriptor = GetDescriptor(ExString.Default(extElemNode.GetAttribute("transformManager"),
typeof(GeopositionedDescriptor).FullName));
foreach (var param in extElem.TransformManagerDescriptor.ParameterDescription)
{
var paramNode = extElemNode.SelectSingleNode("param[@name=\"" + param.Key + "\"]");
if (paramNode != null)
{
extElem.TransformManagerParameters.Add(param.Key, parseParam(param.Value.Type, paramNode.InnerText));
}
}
}
else
{
mapElement = new GeoReference(targetId);
}
mapElement.Conditions = DOMParserUtility.DOMParse <Conditions>(mapElementNode.SelectSingleNode("condition") as XmlElement, parameters);
mapElement.Layer = ExParsers.ParseDefault(mapElementNode.GetAttribute("layer"), layer);
mapElement.Scale = ExParsers.ParseDefault(mapElementNode.GetAttribute("scale"), 1f);
mapElement.Orientation = (Orientation)ExParsers.ParseDefault(mapElementNode.GetAttribute("orientation"), 2);
layer = Mathf.Max(mapElement.Layer, layer) + 1;
mapScene.Elements.Add(mapElement);
}
return(mapScene);
}
private GeoElement FindGeoElement(GeoReference reference)
{
if (!cache.ContainsKey(reference))
{
var elem = Game.Instance.GameState.FindElement <GeoElement>(reference.getTargetId());
cache.Add(reference, elem);
}
return(cache.ContainsKey(reference) ? cache[reference] : null);
}
public object DOMParse(XmlElement element, params object[] parameters)
{
var mapScene = new MapScene(element.Attributes["id"].Value);
var chapter = parameters[0] as Chapter;
mapScene.CameraType = element.Attributes["cameraType"].Value.ToEnum <CameraType>();
var tmpArgVal = element.GetAttribute("start");
if (!string.IsNullOrEmpty(tmpArgVal))
{
if (tmpArgVal.Equals("yes"))
{
chapter.setTargetId(mapScene.getId());
}
}
tmpArgVal = element.GetAttribute("center");
if (!string.IsNullOrEmpty(tmpArgVal))
{
mapScene.LatLon = (Vector2d)parseParam(typeof(Vector2d), tmpArgVal);
}
foreach (var e in element.SelectNodes("map-element"))
{
var mapElementNode = e as XmlElement;
MapElement mapElement = null;
XmlElement extElemNode;
if ((extElemNode = (XmlElement)mapElementNode.SelectSingleNode("ext-elem-ref")) != null)
{
var extElem = new ExtElemReference(mapElementNode.Attributes["targetId"].Value);
mapElement = extElem;
extElem.TransformManagerDescriptor = GetDescriptor(extElemNode.Attributes["transformManager"].Value);
foreach (var param in extElem.TransformManagerDescriptor.ParameterDescription)
{
var paramNode = extElemNode.SelectSingleNode("param[@name=\"" + param.Key + "\"]");
if (paramNode != null)
{
extElem.TransformManagerParameters.Add(param.Key, parseParam(param.Value.Type, paramNode.InnerText));
}
}
}
else
{
mapElement = new GeoReference(mapElementNode.Attributes["targetId"].Value);
}
mapElement.Conditions = (Conditions)DOMParserUtility.DOMParse(mapElementNode.SelectSingleNode("condition") as XmlElement, parameters);
mapElement.Layer = int.Parse(mapElementNode.Attributes["layer"].Value);
mapScene.Elements.Add(mapElement);
}
return(mapScene);
}
private bool Intersects(Tile tile, GeoReference elem)
{
var element = FindGeoElement(elem);
// do the clipping
var tb = GM.TileBounds(tile.TileTms, tile.Zoom);
var tilePoints = AdaptToClipper(new List <Vector2d> {
tb.Min,
tb.Min + new Vector2d(tb.Width, 0),
tb.Min + new Vector2d(tb.Width, tb.Height),
tb.Min + new Vector2d(0, tb.Height)
}.ConvertAll(p => GM.MetersToLatLon(p)));
var geoPoints = AdaptToClipper(element.Geometry.Points);
var solution = new List <List <IntPoint> >();
clipper.Clear();
clipper.AddPath(tilePoints, PolyType.ptSubject, true);
clipper.AddPath(geoPoints, PolyType.ptSubject, true);
return(clipper.Execute(ClipType.ctIntersection, solution) && solution.Count > 0);
}
public GeoElementRefDataControl(GeoReference geoReference) : base(geoReference)
{
this.geoReference = geoReference;
}
