public IEnumerable<JObject> ReadElementElement(IAixmConverter converter, JObject currentObject, XElement element)
{
var elementElement = element.Elements().ToArray();
if(elementElement.Length != 1)
{
throw new NotSupportedException("ReadElementElement do not support more than one nested element");
}
var id = currentObject["properties"]["id"];
currentObject.SetGeometry(new JObject());
var obj = new JObject(new JProperty("properties",new JObject(
new JProperty("elementSource",elementElement[0].Name.LocalName),
new JProperty("parent", id is JObject ? id["#text"].ToString() : id.ToString())
)));
//Need to yield the current feature when going to sub types.
//When no sub features are returned the current feature is automaticly returned for all other cases.
yield return currentObject;
foreach (var feature in converter.ReadElement(obj, elementElement[0].Elements()).ToList())
{
yield return feature;
}
}
public IEnumerable<JObject> ReadElevatedSurfaceElement(IAixmConverter converter, JObject currentObject, XElement element)
{
//Read elevation property and return
return ReadSurfaceElement(converter, currentObject, element).Concat(
converter.ReadElement(currentObject, element.Elements(aximNs + "elevation")));
}
public IEnumerable<JObject> ReadElement(IAixmConverter converter, JObject currentObject, XElement element)
{
var AixmElement = element.Elements().First();
var feature = new JObject(new JProperty("type","Feature"));
feature.AddToProperties("AixmType", AixmElement.Name.LocalName.ToString());
return converter.ReadElement(feature, AixmElement.Elements());
}
public IEnumerable<JObject> ReadElement(IAixmConverter converter, JObject currentObject, XElement element)
{
var AixmTimeSlice = element.Elements().First();
currentObject.AddToProperties("AixmTimeSlice", JToken.FromObject(AixmTimeSlice.Attributes().ToDictionary(a=>a.Name,a=>a.Value)));
return converter.ReadElement(currentObject, AixmTimeSlice.Elements());
}
public IEnumerable<JObject> ReadExtentElement(IAixmConverter converter, JObject currentObject, XElement element)
{
currentObject.AddToProperties("geometrySource", "extent");
//set the ElementType of the extent on feature property extentSource, to be used when writing back.
currentObject.AddToProperties("extentSource", element.Elements().First().Name.LocalName);
return converter.ReadElement(currentObject, element.Elements());
}
public IEnumerable<JObject> ReadElement(IAixmConverter converter, JObject currentObject, XElement element)
{
XNamespace aximNs = "http://www.aixm.aero/schema/5.1";
var AirspaceVolume = element.Descendants(aximNs + "AirspaceVolume").ToArray();
if (AirspaceVolume.Length != 1)
throw new NotSupportedException("AirSpaceVolme must be of length 1");
return converter.ReadElement(currentObject, AirspaceVolume.Elements());
}
public IEnumerable<JObject> ReadElement(IAixmConverter converter, JObject currentObject, XElement element)
{
XNamespace aximNs = "http://www.aixm.aero/schema/5.1";
//Convert ElevatedPoint to a GML Surface and convert to geojson.
var geometry = GeometryFactory.GmlToGeometry(DownCastToPointElement(element));
//Set the geometry
currentObject.SetGeometry(geometry);
//Set the projection on the feature obj.
currentObject.SetSrs(element);
//Read elevation property and return
return converter.ReadElement(currentObject, element.Elements(aximNs + "elevation"));
}
public IEnumerable<JObject> ReadGeometryComponenentElement(IAixmConverter converter, JObject currentObject, XElement element)
{
currentObject.AddToProperties("geometrySource", element.Elements().First().Name.LocalName);
return converter.ReadElement(currentObject, element.Elements());
// currentObject.Add("geometry", JObject.FromObject(element));
return Enumerable.Empty<JObject>();
}
public IEnumerable<JObject> ReadLocationElement(IAixmConverter converter, JObject currentObject, XElement element)
{
return converter.ReadElement(currentObject, element.Elements());
}