public GxdDataFrame(string name, GxdEnvelope coordEnvelope,
IGxdVectorHost vectorHost,
string spatialRef,
XElement gridXml,
XElement documentableLayersHostXml)
{
_name = name;
_coordEnvelope = coordEnvelope;
_vectorHost = vectorHost;
_spatialRef = spatialRef;
_gridXml = gridXml;
_documentableLayersHostXml = documentableLayersHostXml;
}
private IGxdDataFrame GetGxdDataFrame(XElement ele)
{
string name = GetStringAttribute(ele, "name");
double minx = GetDoubleAttribute(ele, "minx");
double maxx = GetDoubleAttribute(ele, "maxx");
double miny = GetDoubleAttribute(ele, "miny");
double maxy = GetDoubleAttribute(ele, "maxy");
GxdEnvelope evp = null;
if (!(double.IsNaN(minx) || double.IsNaN(maxx) || double.IsNaN(miny) || double.IsNaN(maxy)))
{
evp = new GxdEnvelope(minx, maxx, miny, maxy);
}
List <IGxdRasterItem> gxItems = null;
if (ele.Element("GxdRasterItems") != null)
{
var eles = ele.Element("GxdRasterItems").Elements("GxdRasterItem");
if (eles != null)
{
gxItems = new List <IGxdRasterItem>();
foreach (XElement e in eles)
{
IGxdRasterItem item = GetRasterItem(e);
if (item != null)
{
gxItems.Add(item);
}
}
}
}
string spatialRef = null;
XElement prjEle = ele.Element("SpatialRef");
if (prjEle != null)
{
spatialRef = prjEle.Value;
}
IGxdVectorHost vhost = GetGxdVectorHost(ele.Element("GxdVectorHost"));
IGxdDataFrame df = new GxdDataFrame(name, evp, vhost,
spatialRef,
ele.Element("GeoGrid"),
ele.Element("DocumentableLayersHost"));
if (gxItems != null)
{
df.GxdRasterItems.AddRange(gxItems.ToArray());
}
return(df);
}
