/// <summary>
/// Erstellt eine neue Wetterdatei mit zwei Standard-Zeitbereichen
/// </summary>
/// <returns>Standard Wetterdatei</returns>
public static WeatherFile CreateNewDefaultFile()
{
WeatherFile f = new WeatherFile();
WeatherTimeRange r1 = new WeatherTimeRange(f);
r1.Begin = new TimeSpan(17, 0, 0);
r1.End = new TimeSpan(9, 0, 0);
WeatherTimeRange r2 = new WeatherTimeRange(f);
r2.Begin = new TimeSpan(3, 0, 0);
r2.End = new TimeSpan(23, 0, 0);
using (f.EnterNoUndoSection())
{
f.WeatherSet.Add(r1);
f.WeatherSet.Add(r2);
}
return(f);
}
protected override void LoadFromDoc(System.Xml.Linq.XDocument doc)
{
_weatherSet = new UndoAwareObservableCollection <WeatherTimeRange>(this);
//WeatherSet.AllowNew = false;
XElement root = (XElement)doc.FirstNode;
XElement rootProps = doc.Elements().First().Element(FileDescriptions.FILE_GENERAL_EL_PROPS);
if (rootProps != null)
{
_header = rootProps.Attribute(FileDescriptions.FILE_WEATHER_AT_PROPS_HEADER).Read <string>(string.Empty);
}
XElement illumination = root.Element(FileDescriptions.FILE_WEATHER_EL_ILLUMINATION);
Illumination = AmbientIllumination.ReadFromXml(illumination, this, OwnPath);
if (Illumination == null)
{
Illumination = new AmbientIllumination(this);
}
var set = root.Element(FileDescriptions.FILE_WEATHER_EL_WEATHER_SET);
if (set != null)
{
List <WeatherTimeRange> tempL = new List <WeatherTimeRange>();
foreach (XElement timeRange in set.Elements(FileDescriptions.FILE_WEATHER_EL_TIME_RANGE))
{
WeatherTimeRange r = WeatherTimeRange.ReadFromXml(timeRange, this, OwnPath);
if (r != null)
{
tempL.Add(r);
}
}
foreach (var it in tempL.OrderBy(w => w.Begin))
{
_weatherSet.Add(it);
}
}
ClearUndoRedo();
}
public static WeatherTimeRange ReadFromXml(XElement xmlEl, IUndoManager undoManager, L3dFilePath ownerPath = null)
{
if (xmlEl != null && xmlEl.Name == FileDescriptions.FILE_WEATHER_EL_TIME_RANGE)
{
XElement props = xmlEl.Element(FileDescriptions.FILE_WEATHER_EL_TIME_RANGE_PROPS);
if (props != null)
{
WeatherTimeRange t = new WeatherTimeRange(undoManager, ownerPath);
using (var tk = undoManager.EnterNoUndoSection())
{
t._begin = props.Attribute(FileDescriptions.FILE_WEATHER_AT_TIME_RANGE_BEGIN).ReadTime();
t._end = props.Attribute(FileDescriptions.FILE_WEATHER_AT_TIME_RANGE_END).ReadTime();
t._brightnessFactor = props.Attribute(FileDescriptions.FILE_WEATHER_AT_TIME_RANGE_BRIGHTNESS_FACTOR).Read <float>(1.0f);
t._sightDistance = props.Attribute(FileDescriptions.FILE_WEATHER_AT_TIME_RANGE_SIGHT_DISTANCE).Read <int>(6000);
foreach (L3dVariable v in xmlEl.Elements(FileDescriptions.File_WEATHER_EL_TIME_RANGE_VARIABLE).Select(el =>
{
return(new L3dVariable(undoManager)
{
Name = el.Attribute(FileDescriptions.File_WEATHER_AT_TIME_RANGE_VARIABLE_NAME).Read <string>("UnnamedVar"),
Value = el.Value
});
}))
{
t.Variables.Add(v);
}
XElement skybox = xmlEl.Element(FileDescriptions.FILE_WEATHER_EL_TIME_RANGE_SKYBOX);
if (skybox != null)
{
props = skybox.Element(FileDescriptions.FILE_WEATHER_EL_TIME_RANGE_SKYBOX_TEXTURES);
if (props != null)
{
t.TextureNorth = L3dFilePath.CreateRelativeToFile(props.Attribute(FileDescriptions.FILE_WEATHER_AT_TIME_RANGE_SKYBOX_TEXTURENORTH).Read <string>(string.Empty), ownerPath);
t.TextureEast = L3dFilePath.CreateRelativeToFile(props.Attribute(FileDescriptions.FILE_WEATHER_AT_TIME_RANGE_SKYBOX_TEXTUREEAST).Read <string>(string.Empty), ownerPath);
t.TextureSouth = L3dFilePath.CreateRelativeToFile(props.Attribute(FileDescriptions.FILE_WEATHER_AT_TIME_RANGE_SKYBOX_TEXTURESOUTH).Read <string>(string.Empty), ownerPath);
t.TextureWest = L3dFilePath.CreateRelativeToFile(props.Attribute(FileDescriptions.FILE_WEATHER_AT_TIME_RANGE_SKYBOX_TEXTUREWEST).Read <string>(string.Empty), ownerPath);
t.TextureAbove = L3dFilePath.CreateRelativeToFile(props.Attribute(FileDescriptions.FILE_WEATHER_AT_TIME_RANGE_SKYBOX_TEXTUREABOVE).Read <string>(string.Empty), ownerPath);
t.TextureNorthTileU = props.Attribute(FileDescriptions.FILE_WEATHER_AT_TIME_RANGE_SKYBOX_TEXTURENORTH_TILE_U).Read <float>(0);
t.TextureNorthTileV = props.Attribute(FileDescriptions.FILE_WEATHER_AT_TIME_RANGE_SKYBOX_TEXTURENORTH_TILE_V).Read <float>(0);
t.TextureEastTileU = props.Attribute(FileDescriptions.FILE_WEATHER_AT_TIME_RANGE_SKYBOX_TEXTUREEAST_TILE_U).Read <float>(0);
t.TextureEastTileV = props.Attribute(FileDescriptions.FILE_WEATHER_AT_TIME_RANGE_SKYBOX_TEXTUREEAST_TILE_V).Read <float>(0);
t.TextureSouthTileU = props.Attribute(FileDescriptions.FILE_WEATHER_AT_TIME_RANGE_SKYBOX_TEXTURESOUTH_TILE_U).Read <float>(0);
t.TextureSouthTileV = props.Attribute(FileDescriptions.FILE_WEATHER_AT_TIME_RANGE_SKYBOX_TEXTURESOUTH_TILE_V).Read <float>(0);
t.TextureWestTileU = props.Attribute(FileDescriptions.FILE_WEATHER_AT_TIME_RANGE_SKYBOX_TEXTUREWEST_TILE_U).Read <float>(0);
t.TextureWestTileV = props.Attribute(FileDescriptions.FILE_WEATHER_AT_TIME_RANGE_SKYBOX_TEXTUREWEST_TILE_V).Read <float>(0);
t.TextureAboveTileU = props.Attribute(FileDescriptions.FILE_WEATHER_AT_TIME_RANGE_SKYBOX_TEXTUREABOVE_TILE_U).Read <float>(0);
t.TextureAboveTileV = props.Attribute(FileDescriptions.FILE_WEATHER_AT_TIME_RANGE_SKYBOX_TEXTUREABOVE_TILE_V).Read <float>(0);
}
}
XElement xmlPreci = xmlEl.Element(FileDescriptions.FILE_WEATHER_EL_TIME_RANGE_PRECIPITATION);
if (xmlPreci != null)
{
t._snowfall = xmlPreci.Attribute(FileDescriptions.FILE_WEATHER_EL_TIME_RANGE_PRECIPITATION_TYPE).Read <int>(0) == 1;
}
return(t);
}
}
}
return(null);
}
