private void FindCellsCoverPoints(List<UNet.NE.Interface.Transceiver> cells, List<List<GeoXYPoint>> cellsPoints, ValueMatrixShortCollection bestservervalues, List<LTECalcCellsInfoCollection> infos)
{
foreach (Transceiver tranceiver in cells)
{
this.FindOneCellCoverPoints(cellsPoints, bestservervalues, infos, tranceiver);
}
}
private void FindOneCellOneCoverRegionPoints(ValueMatrixShortCollection bestservervalues, List<LTECalcCellsInfoCollection> infos, Transceiver cell, List<GeoXYPoint> points, int infoIndex)
{
LTECalcCellsInfoCollection infos2 = infos[infoIndex];
ValueMatrixShort onepolygonvalues = bestservervalues.Values[infoIndex];
foreach (LTECellCalcInfo info in infos2.TranceiverInfos)
{
this.FindCoverPoints(onepolygonvalues, cell, points, info);
}
}
private void FindOneCellCoverPoints(List<List<GeoXYPoint>> cellsPoints, ValueMatrixShortCollection bestservervalues, List<LTECalcCellsInfoCollection> infos, Transceiver cell)
{
List<GeoXYPoint> points = new List<GeoXYPoint>();
for (int i = 0; i < infos.Count; i++)
{
this.FindOneCellOneCoverRegionPoints(bestservervalues, infos, cell, points, i);
}
cellsPoints.Add(points);
}
private bool ValidateShortCollection(double x, double y, ref GeoXYPoint gPoint, ValueMatrixShortCollection valueMatrixShortCollection)
{
if (((valueMatrixShortCollection != null) && (valueMatrixShortCollection.Values != null)) && (valueMatrixShortCollection.Values.Count > 0))
{
gPoint = this.getBinXy(x, y, valueMatrixShortCollection.Values[0].Resolution);
if (this.IsInRectangle(gPoint, valueMatrixShortCollection.Values[0].Resolution, valueMatrixShortCollection.Values[0].NorthwestY, valueMatrixShortCollection.Values[0].NorthwestX, valueMatrixShortCollection.Values[0].ColumnsCount, valueMatrixShortCollection.Values[0].RowsCount))
{
return true;
}
}
return false;
}
private bool Validate(double x, double y, ref GeoXYPoint gPoint, ValueMatrixIntCollection valueMatrixIntCollection, ValueMatrixShortCollection valueMatrixShortCollection)
{
return (this.ValidateIntCollection(x, y, ref gPoint, valueMatrixIntCollection) || this.ValidateShortCollection(x, y, ref gPoint, valueMatrixShortCollection));
}
private void InitialValueCollections()
{
this.m_OverlappingZoness = new ValueMatrixShortCollection();
this.m_BestServerRSRPs = new ValueMatrixShortCollection();
this.m_SymbolRSRPs = new ValueMatrixShortCollection();
this.m_DLRSSIs = new ValueMatrixShortCollection();
this.m_DLRSSINRValues = new ValueMatrixShortCollection();
this.m_GeometryValues = new ValueMatrixShortCollection();
this.m_PDSCHSINRValues = new ValueMatrixShortCollection();
this.m_PUSCHSINRValues = new ValueMatrixShortCollection();
this.m_HandOvers = new ValueMatrixShortCollection();
this.m_BestServerCellIDs = new ValueMatrixShortCollection();
this.m_BestServerCarrierIDs = new ValueMatrixShortCollection();
this.m_PDSCHMCSValues = new ValueMatrixShortCollection();
this.m_PUSCHMCSValues = new ValueMatrixShortCollection();
this.m_DLPEAKValues = new ValueMatrixIntCollection();
this.m_ULPEAKValues = new ValueMatrixIntCollection();
this.m_DLAPPLICATIONPEAKValues = new ValueMatrixIntCollection();
this.m_ULAPPLICATIONPEAKValues = new ValueMatrixIntCollection();
this.m_DL_PBCH_RPValues = new ValueMatrixShortCollection();
this.m_PBCH_SINRValues = new ValueMatrixShortCollection();
this.m_DL_SCH_RPValues = new ValueMatrixShortCollection();
this.m_SCH_SINRValues = new ValueMatrixShortCollection();
this.m_ULRSRPValues = new ValueMatrixShortCollection();
this.m_DLRSRQValues = new ValueMatrixShortCollection();
this.m_DL_PDCCH_LevelValues = new ValueMatrixShortCollection();
this.m_PDCCH_SINRValues = new ValueMatrixShortCollection();
this.m_DL_PCFICH_LevelValues = new ValueMatrixShortCollection();
this.m_PCFICH_SINRValues = new ValueMatrixShortCollection();
this.m_DL_PHICH_LevelValues = new ValueMatrixShortCollection();
this.m_PHICH_SINRValues = new ValueMatrixShortCollection();
this.m_PUCCH_LevelValues = new ValueMatrixShortCollection();
this.m_PUCCH_SINRValues = new ValueMatrixShortCollection();
this.m_PRACH_LevelValues = new ValueMatrixShortCollection();
this.m_PRACH_SINRValues = new ValueMatrixShortCollection();
}
private void GeoInteralValueShow(PredictionGroup pg, PredictionStudy ps)
{
this.ClearIntervalMapLayer(ps);
this.m_ValueCollectionShort = ps.StudyValueMatrix as ValueMatrixShortCollection;
this.m_ValueCollectionShort.Open(this.m_SubSysInterface.ProjectManager);
this.m_DefaultColor = Color.FromArgb(0, Color.White);
ValueIntervalsLegend legend = ps.StudyLegend.ValueIntervals[ps.StudyLegend.FieldItem[ps.StudyLegend.DisplayTypeIndex]];
Dictionary<MaxMinValue, Color> valueIntervalsField = legend.ValueIntervalsField;
List<MaxMinValue> list = new List<MaxMinValue>(valueIntervalsField.Keys);
foreach (MaxMinValue value2 in list)
{
valueIntervalsField[value2] = CheckColorTransparence.CheckColor(valueIntervalsField[value2], ps.StudyLegend.Transparence);
}
string str = Enum.GetName(typeof(PredictionStudyType), ps.StudyType).Replace('_', ' ');
foreach (ValueMatrixShort @short in this.m_ValueCollectionShort.Values)
{
GeoIntervalEventArgs args = new GeoIntervalEventArgs(@short, valueIntervalsField, this.m_DefaultColor);
args.m_PolygonRegion = this.m_PredictionGroup.Region;
int layerId = this.m_SubSysInterface.AnalyDispEvent.AnalyGeoIntervalLayerMsgChanged(args);
ps.StudyLegend.MapLever = layerId;
this.UpdateTreeNodeTag(pg, ps, layerId);
}
this.m_ValueCollectionShort.Close(false);
}
private void GeoDiscreteShow(PredictionGroup pg, PredictionStudy ps)
{
this.m_ValueCollectionShort = ps.StudyValueMatrix as ValueMatrixShortCollection;
this.m_ValueCollectionShort.Open(this.m_SubSysInterface.ProjectManager);
this.m_DefaultColor = Color.FromArgb(0, Color.White);
if (ps.StudyType == PredictionStudyType.Best_Server)
{
this.GeoBestServerShow(pg, ps, this.m_DefaultColor);
}
else
{
this.ClearDiscreteMapLayer(ps);
DiscreteValueLegend legend = ps.StudyLegend.DiscreteValue[ps.StudyLegend.FieldItem[ps.StudyLegend.DisplayTypeIndex]];
Dictionary<short, Color> discreteValueField = legend.DiscreteValueField;
List<short> list = new List<short>(discreteValueField.Keys);
foreach (short num in list)
{
discreteValueField[num] = CheckColorTransparence.CheckColor(discreteValueField[num], ps.StudyLegend.Transparence);
}
string str = Enum.GetName(typeof(PredictionStudyType), ps.StudyType).Replace('_', ' ');
foreach (ValueMatrixShort @short in this.m_ValueCollectionShort.Values)
{
GeoDiscreteEventArgs args = new GeoDiscreteEventArgs(@short, discreteValueField, this.m_DefaultColor);
args.m_PolygonRegion = this.m_PredictionGroup.Region;
int layerId = this.m_SubSysInterface.AnalyDispEvent.AnalyGeoDiscreteLayerMsgChanged(args);
ps.StudyLegend.MapLever = layerId;
this.UpdateTreeNodeTag(pg, ps, layerId);
}
this.m_ValueCollectionShort.Close(false);
}
}
private void GetShortCountDic(ValueMatrixShortCollection valuematrix, ref Dictionary<MaxMinValue, int> intCountDic, List<MaxMinValue> MaxMinList, StatisticType statType, GeoPolygonRegion polygon)
{
if (this.m_NeedSolveFloatMaxShortMin[0])
{
this.m_ActualMinValue = 0x7fffffff;
}
if (this.m_NeedSolveFloatMaxShortMin[1])
{
this.m_ActualMaxValue = -32768f;
}
this.m_ValidPoint = 0.0;
foreach (short num in valuematrix.GetValidPointsValue(polygon, this.m_PredictionGroup.Resolution))
{
if (num != -32768)
{
if (num > this.m_ActualMaxValue)
{
this.m_ActualMaxValue = num;
}
if (num < this.m_ActualMinValue)
{
this.m_ActualMinValue = num;
}
double powervalue = num;
this.GetGeneralCountDic(powervalue, ref intCountDic, MaxMinList, statType);
}
}
}
public Dictionary<MaxMinValue, int> CalculateShortValue(List<MaxMinValue> MaxMinList, StatisticType statType, ValueMatrixShortCollection valuematrix, GeoPolygonRegion polygon)
{
Dictionary<MaxMinValue, int> intCountDic = new Dictionary<MaxMinValue, int>();
this.m_NeedSolveFloatMaxShortMin = this.NeedSolveFloatMaxShortMinValue(MaxMinList);
valuematrix.Open(this.m_SubSysInterface.ProjectManager);
foreach (MaxMinValue value2 in MaxMinList)
{
intCountDic[value2] = 0;
}
this.GetShortCountDic(valuematrix, ref intCountDic, MaxMinList, statType, polygon);
valuematrix.Close(false);
return intCountDic;
}
