public ActionResult ExportSectors(StatComplexFieldRepository repository)
{
if (RutraceStatContainer.MrsStats == null || RutraceStatContainer.MrsStats.Count == 0)
{
TempData["warning"] = "小区统计数据为空！请先导入并统计数据。";
return(RedirectToAction("Import"));
}
for (int i = 0; i < StatRuChoiceQueries.Choices.Count(); i++)
{
StatValueField field = repository.FieldList[i + StatRuChoiceQueries.Choices.Count()];
if (field.IntervalList.Count == 0)
{
TempData["warning"] = "显示区间：" + StatRuChoiceQueries.Choices.ElementAt(0)
+ "设置为空！请先设置区间。";
return(RedirectToAction("DisplayDef"));
}
}
return(View(new StatFieldsSelectionViewModel
{
RuFieldName = StatRuChoiceQueries.Choices.ElementAt(0),
ValueFieldName = StatValueChoiceQueries.Choices.ElementAt(0),
Longtitute = outdoorCellList.Where(x => x.Height > 1).Select(x => x.Longtitute).Distinct().Average(),
Lattitute = outdoorCellList.Where(x => x.Height > 1).Select(x => x.Lattitute).Distinct().Average()
}));
}
public void TestInitializeKmlDocument()
{
Assert.AreEqual(KmlTestInfrastructure.StatValueField.IntervalList[0].Color.ColorStringForKml,
"800A0C80", "begin");
KmlTestInfrastructure.StatValueField.FieldName = "同模干扰电平";
Assert.AreEqual(KmlTestInfrastructure.StatValueField.FieldName, "同模干扰电平");
XmlDocument doc = new XmlDocument();
doc.Load(reader);
StatValueField field = KmlTestInfrastructure.StatValueField;
doc.InitializeKmlDocument(field.IntervalList.Select(x => x.Color.ColorStringForKml));
Assert.AreEqual(KmlTestInfrastructure.StatValueField.IntervalList[0].Color.ColorStringForKml,
"800A0C80", "end");
Assert.AreEqual(doc.InnerXml,
@"<?xml version=""1.0"" encoding=""utf-16""?>"
+ @"<kml xmlns=""http://earth.google.com/kml/2.1"">"
+ @"<Document><name>KML地图</name>"
+ @"<Style id=""Color-800A0C80"" xmlns=""""><LineStyle><width>1</width>"
+ @"<color>FFFF8080</color></LineStyle><PolyStyle><color>800A0C80</color></PolyStyle></Style>"
+ @"<Style id=""Color-80670C0C"" xmlns=""""><LineStyle><width>1</width>"
+ @"<color>FFFF8080</color></LineStyle><PolyStyle><color>80670C0C</color></PolyStyle></Style>"
+ @"<Style id=""Color-800A7B0C"" xmlns=""""><LineStyle><width>1</width>"
+ @"<color>FFFF8080</color></LineStyle><PolyStyle><color>800A7B0C</color></PolyStyle></Style>"
+ @"<Folder xmlns=""""><name>测试点序列</name></Folder>"
+ @"</Document></kml>");
}
public JsonResult ImportCellsWithRange(EvaluationInfrastructure infrastructure,
StatComplexFieldRepository repository,
string fieldName, double southWestLon, double southWestLat,
double northEastLon, double northEastLat)
{
infrastructure.ImportCellList(
eNodebRepository,
cellRepository,
new GeoPoint(southWestLon - GeoMath.BaiduLongtituteOffset, southWestLat - GeoMath.BaiduLattituteOffset),
new GeoPoint(northEastLon - GeoMath.BaiduLongtituteOffset, northEastLat - GeoMath.BaiduLattituteOffset));
if (string.IsNullOrEmpty(fieldName))
{
return(Json(null, JsonRequestBehavior.AllowGet));
}
infrastructure.Region.CalculatePerformance(EvaluationSettings.TrafficLoad);
StatValueField field = repository.FieldList[(int)fieldName.GetStatValueIndex()];
List <MeasurePointInfo> infoList
= infrastructure.Region.GetMeasureMergedList(field, EvaluationSettings.DistanceInMeter);
return(Json(infoList.Select(x =>
new
{
X1 = x.X1 + GeoMath.BaiduLongtituteOffset,
Y1 = x.Y1 + GeoMath.BaiduLattituteOffset,
X2 = x.X2 + GeoMath.BaiduLongtituteOffset,
Y2 = x.Y2 + GeoMath.BaiduLattituteOffset,
C = x.ColorString
}).ToArray(),
JsonRequestBehavior.AllowGet));
}
public List <MeasurePointInfo> GetMeasureMergedList(StatValueField field, double distanceInMeter)
{
MergeMeasurePointListService service = new MergeMeasurePointListService(
ValidPointList.Select(validPoint => new MeasurePointInfo(validPoint, field,
distanceInMeter.GetDegreeInterval())));
return(service.Merge());
}
public void GenerateKmlFile(string kmlFileName,
List <MeasurePointInfo> measurePointList, StatValueField field)
{
TextReader reader = new StreamReader(Framework.KmlFileName);
XmlDocument doc = GenerateKmlDoc(measurePointList, field, reader);
XmlTextWriter tr = new XmlTextWriter(kmlFileName, null);
tr.Formatting = Formatting.Indented;
doc.WriteContentTo(tr);
tr.Close();
}
public JsonResult GetCoveragePoints(string fieldName,
StatValueFieldRepository repository, CoverageStatChart chart)
{
StatValueField field = repository.GenerateDefaultField(fieldName);
return(Json(chart.StatList.Select(x => new
{
X = x.Longtitute + GeoMath.BaiduLongtituteOffset,
Y = x.Lattitute + GeoMath.BaiduLattituteOffset,
C = field.GetColor(fieldName == "信号RSRP" ? x.Rsrp : x.Sinr, "FFFFFF")
}), JsonRequestBehavior.AllowGet));
}
public JsonResult CoverageIntervalPercentage(string fieldName, CoverageStatChart chart)
{
StatValueField field = new StatValueField {
FieldName = fieldName
};
field.AutoGenerateIntervals(8);
IEnumerable <double> values = (fieldName == "信号RSRP") ?
chart.StatList.Select(x => x.Rsrp) : chart.StatList.Select(x => x.Sinr);
Dictionary <string, double> result = field.GetPercentageStat(values);
return(Json(result.Select(x => new { N = x.Key, V = 100 * x.Value }), JsonRequestBehavior.AllowGet));
}
public ActionResult ExportPoints(string fieldName, StatValueFieldRepository repository,
CoverageStatChart chart)
{
if (chart.StatList.Count == 0)
{
TempData["warning"] = "覆盖数据为空，请先导入数据分析。";
return(RedirectToAction("CoverageImport"));
}
StatValueField field = repository.GenerateDefaultField(fieldName);
TempData["centerX"] = chart.StatList.Average(x => x.BaiduLongtitute);
TempData["centerY"] = chart.StatList.Average(x => x.BaiduLattitute);
return(View(field));
}
public JsonResult GetStatValueField(StatValueFieldRepository repository,
string fieldName)
{
StatValueField field = repository.FieldList[(int)fieldName.GetStatValueIndex()];
return(Json(field.IntervalList.Select(x => new
{
L = x.IntervalLowLevel,
H = x.IntervalUpLevel,
C = x.Color.ColorStringForHtml,
K = x.Color.ColorStringForKml
}).ToArray(),
JsonRequestBehavior.AllowGet));
}
protected override List <SectorTriangle> SectorTriangles(StatValueField field,
IEnumerable <Tuple <SectorTriangle, RuInterferenceStat> > filterSectors)
{
Func <RuInterferenceStat, InterferenceService <RuInterferenceStat> > generator
= field.FieldName.GetGenerator();
return((generator == null)
? new List <SectorTriangle>()
: filterSectors.Select(x =>
{
x.Item1.ColorString = (generator(x.Item2)).GetColor(field);
x.Item1.Info += x.Item2.StatInfo;
return x.Item1;
}).ToList());
}
public StatFieldViewModel(StatValueField field, IEnumerable <double> values)
: this(field)
{
IntervalSettingList = new List <StatValueIntervalSetting>();
for (int i = 0; i < IntervalList.Count; i++)
{
IntervalSettingList.Add(new StatValueIntervalSetting
{
IntervalLowLevel = IntervalList[i].IntervalLowLevel,
IntervalUpLevel = IntervalList[i].IntervalUpLevel,
SuggestUpLevel = IntervalList[i].IntervalUpLevel,
RecordsCount = values.Count(x => x >= IntervalList[i].IntervalLowLevel &&
x < IntervalList[i].IntervalUpLevel)
});
}
}
public JsonResult GetPoints(string fieldName,
EvaluationInfrastructure infrastructure,
StatValueFieldRepository repository)
{
StatValueField field = repository.FieldList[(int)fieldName.GetStatValueIndex()];
List <MeasurePointInfo> infoList
= infrastructure.Region.GetMeasureMergedList(field, EvaluationSettings.DistanceInMeter);
return(Json(infoList.Select(x =>
new {
X1 = x.X1 + GeoMath.BaiduLongtituteOffset,
Y1 = x.Y1 + GeoMath.BaiduLattituteOffset,
X2 = x.X2 + GeoMath.BaiduLongtituteOffset,
Y2 = x.Y2 + GeoMath.BaiduLattituteOffset,
C = x.ColorString
}).ToArray(),
JsonRequestBehavior.AllowGet));
}
public JsonResult GetStatField(StatComplexFieldRepository repository,
string fieldName)
{
StatValueChoice valueChoice = fieldName.GetStatValueIndex();
StatRuChoice ruChoice = fieldName.GetStatRuIndex();
int index = (valueChoice == StatValueChoice.Undefined) ?
(int)ruChoice + StatValueChoiceQueries.Choices.Count() :
(int)valueChoice;
StatValueField field = repository.FieldList[index];
return(Json(field.IntervalList.Select(x => new
{
L = x.IntervalLowLevel,
H = x.IntervalUpLevel,
C = x.Color.ColorStringForHtml,
K = x.Color.ColorStringForKml
}).ToArray(),
JsonRequestBehavior.AllowGet));
}
public void TestInitialize()
{
_fieldElement = new XElement("Field", new XAttribute("ID", "myFieldName"));
_fieldElement.Add(new XElement("Interval",
new XElement("LowLevel", "11"),
new XElement("UpLevel", "15"),
new XElement("A", "98"),
new XElement("B", "114"),
new XElement("R", "198"),
new XElement("G", "221")));
_fieldElement.Add(new XElement("Interval",
new XElement("LowLevel", "15"),
new XElement("UpLevel", "17"),
new XElement("A", "6"),
new XElement("B", "14"),
new XElement("R", "108"),
new XElement("G", "171")));
_field = new StatValueField(_fieldElement);
}
public static XmlDocument GenerateKmlDoc(List <MeasurePointInfo> measurePointList,
StatValueField field, TextReader reader)
{
XmlDocument doc = new XmlDocument();
doc.Load(reader);
doc.InitializeKmlDocument(field.IntervalList.Select(x => x.Color.ColorStringForKml));
for (int i = 0; i < measurePointList.Count(); i++)
{
PlacemarkKmlElement placemarkKmlElement = new PlacemarkKmlElement(doc, "测试点")
{
StyleUrl = "Color-" + measurePointList[i].ColorStringForKml,
CoordinatesInfo = measurePointList[i].CoordinatesInfo
};
XmlElement placemarkElement = placemarkKmlElement.CreateElement();
doc.AddPlacemarkElement(placemarkElement);
}
return(doc);
}
public ActionResult ExportPoints(string fieldName,
EvaluationInfrastructure infrastructure,
StatValueFieldRepository repository)
{
if (infrastructure.Region == null || infrastructure.Region.Length == 0 ||
infrastructure.CellList.Count == 0)
{
TempData["warning"] = "仿真区域设置为空！请先设置仿真区域。";
return(RedirectToAction("RegionDef"));
}
StatValueField field = repository.FieldList[(int)fieldName.GetStatValueIndex()];
if (field.IntervalList.Count == 0)
{
TempData["warning"] = "显示区间设置为空！请先设置区间。";
return(RedirectToAction("PointsAnalysis"));
}
TempData["centerX"] = infrastructure.CellList.Average(x => x.BaiduLongtitute);
TempData["centerY"] = infrastructure.CellList.Average(x => x.BaiduLattitute);
return(View(field));
}
public ActionResult ExportKml(string fieldName,
EvaluationInfrastructure infrastructure,
StatValueFieldRepository repository)
{
StatValueField field = repository.FieldList[(int)fieldName.GetStatValueIndex()];
if (field.IntervalList.Count == 0)
{
TempData["warning"] = "显示区间设置为空！请先设置区间。";
return(RedirectToAction("PointsAnalysis"));
}
GoogleKml kml = new GoogleKml("framework.xml");
string absoluFilePath
= Path.Combine(AppDomain.CurrentDomain.BaseDirectory + "uploads\\",
"Kmlresults-" + field.FieldName + DateTime.Today.ToString("yyyyMMdd"));
kml.GenerateKmlFile(absoluFilePath,
infrastructure.Region.GetMeasureInfoList(field, EvaluationSettings.DistanceInMeter), field);
return(File(new FileStream(absoluFilePath, FileMode.Open),
"application/octet-stream", Server.UrlEncode(
"Kmlresults-" + field.FieldName + DateTime.Today.ToString("yyyyMMdd") + ".kml")));
}
public void TestInitialize()
{
_statValueField = new StatValueField
{
IntervalList = new List <StatValueInterval>
{
new StatValueInterval
{
IntervalLowLevel = 0,
IntervalUpLevel = 1
},
new StatValueInterval
{
IntervalLowLevel = 1,
IntervalUpLevel = 2
},
new StatValueInterval
{
IntervalLowLevel = 2,
IntervalUpLevel = 3
}
}
};
}
public StatFieldViewModel(StatValueField field)
{
FieldName = field.FieldName;
IntervalList = field.IntervalList;
}
public void TestInitialize()
{
_stat = new RuInterferenceStat();
_field = new StatValueField();
}
protected abstract List <SectorTriangle> SectorTriangles(StatValueField field,
IEnumerable <Tuple <SectorTriangle, T> > filterSectors);
public List <SectorTriangle> Generate(StatValueField field)
{
IEnumerable <Tuple <SectorTriangle, T> > filterSectors = FilterSectors();
return(SectorTriangles(field, filterSectors));
}
public List <MeasurePointInfo> GetMeasureInfoList(StatValueField field, double distanceInMeter)
{
return(ValidPointList.Select(x => new MeasurePointInfo(
x, field, distanceInMeter.GetDegreeInterval())).ToList());
}
