示例#1
0
        private void delete_freqNavBar_Click(object sender, RoutedEventArgs e)
        {
            FreqNavBar    objNavBar   = (FreqNavBar)this;
            NavBarItem    objNavItem  = (NavBarItem)objNavBar.Parent;
            NavBarGroup   objNavGroup = (NavBarGroup)objNavItem.Parent;
            NavBarControl nbc         = (NavBarControl)objNavGroup.Parent;

            nbc.Groups.Remove(objNavGroup);
        }
示例#2
0
        /// <summary>
        /// 电磁信号与台站信息比对
        /// </summary>
        /// <param name="dicOccupy"></param>
        private void compareStationInfoForAll(List <AnalysisResult> dicOccupy, FreqNavBar navBar)
        {
            List <ActivitySurroundStation>               stationBaseList = SQLiteDataService.QueryStatBaseByPlaceID(LoginService.CurrentActivityPlace.Guid); //modify by michael 17.07.20
            ObservableCollection <AnalysisResult>        freqList        = new ObservableCollection <AnalysisResult>();
            Dictionary <string, ActivitySurroundStation> stationDic      = new Dictionary <string, ActivitySurroundStation>();
            int occuDegreeLimit = Convert.ToInt16(navBar.OccuDegreeLimit);
            int signalLimit     = Convert.ToInt16(navBar.SignalLimit);

            foreach (AnalysisResult kv in dicOccupy)
            {
                AnalysisResult analysisResult = new AnalysisResult();
                analysisResult.Id        = Guid.NewGuid().ToString();
                analysisResult.Frequency = Convert.ToDouble(kv.Frequency.ToString("0.0000"));
                //analysisResult.BandWidth = this.bandWidth;
                analysisResult.BandWidth         = Double.Parse(navBar.BandWidth);;
                analysisResult.AnalysisBandWidth = Double.Parse(navBar.BandWidth);;
                analysisResult.AmplitudeMidValue = kv.AmplitudeMidValue;
                analysisResult.AmplitudeMaxValue = kv.AmplitudeMaxValue;
                analysisResult.Occupy            = Convert.ToInt32(kv.Occupy);
                List <StationEmitInfo> tempList = new List <StationEmitInfo>();
                foreach (ActivitySurroundStation sbe in stationBaseList)
                {
                    tempList = sbe.EmitInfo.Where(x => (x.FreqEC - x.FreqBand / 1000) <= kv.Frequency && (x.FreqEC + x.FreqBand / 1000) >= kv.Frequency).ToList();
                    if (tempList.Count() > 0)
                    {
                        //analysisResult.FreqType = SignalTypeEnum.已占;
                        analysisResult.StationName = sbe.STAT_NAME;
                        analysisResult.StationGuid = sbe.STATGUID;
                        analysisResult.NeedClear   = (int)sbe.EmitInfo[0].NeedClear;
                        analysisResult.FreqGuid    = sbe.EmitInfo[0].Guid;
                        analysisResult.ClearResult = (int)sbe.EmitInfo[0].ClearResult;
                        if (!stationDic.Keys.Contains(sbe.STATGUID))
                        {
                            stationDic.Add(sbe.STATGUID, sbe);
                        }
                        break;
                    }
                    else
                    {
                        //analysisResult.FreqType = SignalTypeEnum.空闲;
                    }
                }
                if (analysisResult.Occupy >= occuDegreeLimit && analysisResult.AmplitudeMaxValue > signalLimit)
                {
                    analysisResult.FreqType = SignalTypeEnum.已占;
                }
                else
                {
                    analysisResult.FreqType = SignalTypeEnum.空闲;
                }
                analysisResult.MeasureId = MeasureId;
                analysisResult.StartFreq = Convert.ToDouble(navBar.FreqStart);
                analysisResult.EndFreq   = Convert.ToDouble(navBar.FreqStop);
                analysisResult.FreqGuid  = navBar.FreqGuid;
                freqList.Add(analysisResult);
            }
            foreach (ActivitySurroundStation sbe in stationBaseList)
            {
                if (stationDic.Keys.Contains(sbe.STATGUID))
                {
                    continue;
                }
                else
                {
                    if (sbe.EmitInfo != null && sbe.EmitInfo.Count > 0)
                    {
                        AnalysisResult analysisResult = new AnalysisResult();
                        analysisResult.Id        = Guid.NewGuid().ToString();
                        analysisResult.Frequency = Convert.ToDouble(sbe.EmitInfo[0].FreqEC.ToString());
                        //analysisResult.BandWidth = Convert.ToDouble((sbe.EmitInfo[0].FreqBand * 1000).ToString());
                        analysisResult.BandWidth         = Convert.ToDouble((sbe.EmitInfo[0].FreqBand).ToString());
                        analysisResult.FreqGuid          = sbe.EmitInfo[0].Guid;
                        analysisResult.NeedClear         = (int)sbe.EmitInfo[0].NeedClear;
                        analysisResult.ClearResult       = (int)sbe.EmitInfo[0].ClearResult;
                        analysisResult.StationName       = sbe.STAT_NAME;
                        analysisResult.StationGuid       = sbe.STATGUID;
                        analysisResult.FreqType          = SignalTypeEnum.已占;
                        analysisResult.MeasureId         = MeasureId;
                        analysisResult.AnalysisBandWidth = Double.Parse(navBar.BandWidth);
                        analysisResult.StartFreq         = Convert.ToDouble(navBar.FreqStart);
                        analysisResult.EndFreq           = Convert.ToDouble(navBar.FreqStop);
                        analysisResult.FreqGuid          = navBar.FreqGuid;
                        freqList.Add(analysisResult);
                    }
                }
            }
            if (freqList.Count == 0)
            {
                initdata(freqList);
            }
            navBar.MeasureId = MeasureId;
            navBar.freqList  = freqList;
        }
示例#3
0
        /// <summary>
        /// 生成占用度和最大值、均值数据
        /// </summary>
        /// <param name="dicFreqStatModel">原始数据分析后统计数据</param>
        /// <param name="bandwidth"></param>
        private void ctrlStatDataForAll(Dictionary <double, FreqStatModel> dicFreqStatModel, FreqNavBar freqNavBar)
        {
            var listCreat = GetAnalysList(decimal.Parse(freqNavBar.FreqStart), decimal.Parse(freqNavBar.FreqStop), decimal.Parse(freqNavBar.BandWidth) / 1000);

            ChartSeriesPoints     csps = new ChartSeriesPoints();
            List <AnalysisResult> freqOccupancyDegreeDic = new List <AnalysisResult>();
            int signalLimit     = string.IsNullOrEmpty(freqNavBar.SignalLimit) ? 45 : Convert.ToInt16(freqNavBar.SignalLimit);
            int occuDegreeLimit = string.IsNullOrEmpty(freqNavBar.OccuDegreeLimit) ? 90 : Convert.ToInt16(freqNavBar.OccuDegreeLimit);

            if (listCreat != null)
            {
                PointPairList occupyValues = new PointPairList();

                foreach (var item in listCreat)
                {
                    double trueFreq = item.Frequency;
                    double tempFreq;
                    int    occupyValueCount = 0;

                    var list = dicFreqStatModel.Where((obj) => obj.Key >= item.StartFreq * 1000 && obj.Key < item.EndFreq * 1000).ToList();
                    List <AnalysisResult> tmpList         = new List <AnalysisResult>();
                    PointPairList         tmpOccupyValues = new PointPairList();
                    foreach (KeyValuePair <double, FreqStatModel> kvp in list)
                    {
                        PointPair spOccupy = new PointPair();
                        tempFreq = kvp.Key;
                        int    overSignalLimit = kvp.Value.DicAmplitudeCount.Where(x => x.Key > signalLimit).Select(x => x.Value).Sum();
                        int    sum             = kvp.Value.DicAmplitudeCount.Values.Sum();
                        double occpy           = ((double)overSignalLimit / (double)sum) * 100;

                        double maxValue     = kvp.Value.DicAmplitudeCount.Keys.Max();
                        double AverageValue = kvp.Value.DicAmplitudeCount.Select(x => x.Key).Average();
                        spOccupy.X = tempFreq / 1000;
                        spOccupy.Y = Convert.ToInt16(occpy);

                        AnalysisResult tmpItem = Mapper <AnalysisResult, AnalysisResult>(item);

                        tmpItem.Occupy            = Convert.ToInt16(occpy);
                        tmpItem.AmplitudeMidValue = Convert.ToInt16(AverageValue);
                        tmpItem.AmplitudeMaxValue = Convert.ToInt16(maxValue);
                        //如果不是第一次
                        if (occupyValueCount >= 1)
                        {
                            //如果占用度列表的上一个频率 + 带宽大于等于当前频率
                            if (tmpOccupyValues[occupyValueCount - 1].X + Convert.ToDouble(freqNavBar.BandWidth) / 1000 >= tempFreq / 1000)
                            {
                                //如果占用度列表的上一个占用度小于当前占用度
                                if (tmpOccupyValues[occupyValueCount - 1].Y < occpy)
                                {
                                    //占用度列表的上一个占用度重新赋值
                                    tmpOccupyValues[occupyValueCount - 1].X = tempFreq / 1000;
                                    tmpOccupyValues[occupyValueCount - 1].Y = occpy;

                                    //返回结果列表重新赋值
                                    tmpList[occupyValueCount - 1].Frequency         = tempFreq / 1000;
                                    tmpList[occupyValueCount - 1].Occupy            = Convert.ToInt16(occpy);
                                    tmpList[occupyValueCount - 1].AmplitudeMidValue = Convert.ToInt16(AverageValue);
                                    tmpList[occupyValueCount - 1].AmplitudeMaxValue = Convert.ToInt16(maxValue);
                                }
                            }
                            else
                            {
                                tmpOccupyValues.Add(spOccupy);
                                tmpList.Add(tmpItem);
                                occupyValueCount++;
                            }
                        }
                        else
                        {
                            tmpOccupyValues.Add(spOccupy);
                            tmpList.Add(tmpItem);
                            occupyValueCount++;
                        }
                    }

                    if (tmpList.Count > 0)
                    {
                        int occupyMax    = tmpList.Max(obj => obj.Occupy);
                        int amplitudeMax = tmpList.Max(obj => obj.AmplitudeMaxValue);
                        int amplitudeMid = tmpList.Max(obj => obj.AmplitudeMidValue);
                        item.Occupy            = occupyMax;
                        item.Frequency         = trueFreq;
                        item.AmplitudeMaxValue = amplitudeMax;
                        item.AmplitudeMidValue = amplitudeMid;
                    }
                    freqOccupancyDegreeDic.Add(item);

                    if (tmpOccupyValues.Count > 0)
                    {
                        var spOcp = new PointPair();
                        spOcp.X = trueFreq;
                        spOcp.Y = tmpOccupyValues[0].Y;
                        occupyValues.Add(spOcp);
                    }
                }
                csps.OccupyPointPairList = occupyValues;
            }

            csps.MinFreq         = Convert.ToDouble(freqNavBar.FreqStart);
            csps.MaxFreq         = Convert.ToDouble(freqNavBar.FreqStop);
            csps.SignalLimit     = signalLimit;
            csps.OccuDegreeLimit = occuDegreeLimit;
            //refreshChartFreqStatDelete(dicFreqStatModel, csps);//绘制统计图形

            compareStationInfoForAll(freqOccupancyDegreeDic, freqNavBar);
        }
示例#4
0
        /// <summary>
        /// 生成占用度和最大值、均值数据
        /// </summary>
        /// <param name="dicFreqStatModel">原始数据分析后统计数据</param>
        /// <param name="bandwidth"></param>
        private void ctrlStatData(Dictionary <double, FreqStatModel> dicFreqStatModel, FreqNavBar freqNavBar)
        {
            var listCreat = GetAnalysList(decimal.Parse(freqNavBar.FreqStart), decimal.Parse(freqNavBar.FreqStop), decimal.Parse(freqNavBar.BandWidth) / 1000);

            ChartSeriesPoints     csps = new ChartSeriesPoints();
            List <AnalysisResult> freqOccupancyDegreeDic = new List <AnalysisResult>();
            int signalLimit     = string.IsNullOrEmpty(freqNavBar.SignalLimit) ? 45 : Convert.ToInt16(freqNavBar.SignalLimit);
            int occuDegreeLimit = string.IsNullOrEmpty(freqNavBar.OccuDegreeLimit) ? 90 : Convert.ToInt16(freqNavBar.OccuDegreeLimit);

            if (listCreat != null)
            {
                //PointPairList maxValues = new PointPairList();
                //PointPairList midValues = new PointPairList();
                PointPairList occupyValues = new PointPairList();

                foreach (var item in listCreat)
                {
                    double trueFreq = item.Frequency;
                    double tempFreq;
                    int    occupyValueCount = 0;

                    var list = dicFreqStatModel.Where((obj) => obj.Key >= item.StartFreq * 1000 && obj.Key < item.EndFreq * 1000).ToList();
                    List <AnalysisResult> tmpList         = new List <AnalysisResult>();
                    PointPairList         tmpOccupyValues = new PointPairList();
                    foreach (KeyValuePair <double, FreqStatModel> kvp in list)
                    {
                        PointPair spOccupy = new PointPair();
                        tempFreq = kvp.Key;
                        int    overSignalLimit = kvp.Value.DicAmplitudeCount.Where(x => x.Key > signalLimit).Select(x => x.Value).Sum();
                        int    sum             = kvp.Value.DicAmplitudeCount.Values.Sum();
                        double occpy           = ((double)overSignalLimit / (double)sum) * 100;

                        double maxValue     = kvp.Value.DicAmplitudeCount.Keys.Max();
                        double AverageValue = kvp.Value.DicAmplitudeCount.Select(x => x.Key).Average();
                        spOccupy.X = tempFreq / 1000;
                        spOccupy.Y = Convert.ToInt16(occpy);

                        AnalysisResult tmpItem = Mapper <AnalysisResult, AnalysisResult>(item);

                        tmpItem.Occupy            = Convert.ToInt16(occpy);
                        tmpItem.AmplitudeMidValue = Convert.ToInt16(AverageValue);
                        tmpItem.AmplitudeMaxValue = Convert.ToInt16(maxValue);
                        //如果不是第一次
                        if (occupyValueCount >= 1)
                        {
                            //如果占用度列表的上一个频率 + 带宽大于等于当前频率
                            if (tmpOccupyValues[occupyValueCount - 1].X + Convert.ToDouble(freqNavBar.BandWidth) / 1000 >= tempFreq / 1000)
                            {
                                //如果占用度列表的上一个占用度小于当前占用度
                                if (tmpOccupyValues[occupyValueCount - 1].Y < occpy)
                                {
                                    //占用度列表的上一个占用度重新赋值
                                    tmpOccupyValues[occupyValueCount - 1].X = tempFreq / 1000;
                                    tmpOccupyValues[occupyValueCount - 1].Y = occpy;

                                    //返回结果列表重新赋值
                                    tmpList[occupyValueCount - 1].Frequency         = tempFreq / 1000;
                                    tmpList[occupyValueCount - 1].Occupy            = Convert.ToInt16(occpy);
                                    tmpList[occupyValueCount - 1].AmplitudeMidValue = Convert.ToInt16(AverageValue);
                                    tmpList[occupyValueCount - 1].AmplitudeMaxValue = Convert.ToInt16(maxValue);
                                }
                            }
                            else
                            {
                                tmpOccupyValues.Add(spOccupy);
                                tmpList.Add(tmpItem);
                                occupyValueCount++;
                            }
                        }
                        else
                        {
                            tmpOccupyValues.Add(spOccupy);
                            tmpList.Add(tmpItem);
                            occupyValueCount++;
                        }
                    }

                    if (tmpList.Count > 0)
                    {
                        int occupyMax    = tmpList.Max(obj => obj.Occupy);
                        int amplitudeMax = tmpList.Max(obj => obj.AmplitudeMaxValue);
                        int amplitudeMid = tmpList.Max(obj => obj.AmplitudeMidValue);
                        item.Occupy            = occupyMax;
                        item.Frequency         = trueFreq;
                        item.AmplitudeMaxValue = amplitudeMax;
                        item.AmplitudeMidValue = amplitudeMid;
                    }
                    freqOccupancyDegreeDic.Add(item);

                    if (tmpOccupyValues.Count > 0)
                    {
                        var spOcp = new PointPair();
                        spOcp.X = trueFreq;
                        spOcp.Y = tmpOccupyValues[0].Y;
                        occupyValues.Add(spOcp);
                    }

                    //occupyValues.Add(tmpOccupyValues);
                }
                csps.OccupyPointPairList = occupyValues;
            }



            #region 2016年10月26日修改
            //if (dicFreqStatModel != null)
            //{
            //    //*****  1
            //    PointPairList maxValues = new PointPairList();
            //    PointPairList midValues = new PointPairList();
            //    PointPairList occupyValues = new PointPairList();
            //    //******  2
            //    //SeriesPointCollection maxValues = new SeriesPointCollection();
            //    //SeriesPointCollection midValues = new SeriesPointCollection();
            //    //AmplitudeMaxValue = new List<short>();
            //    //AmplitudeAverageValue = new List<short>();

            //    double tempFreq;
            //    int occupyValueCount = 0;
            //    int Prec = GetPrec(decimal.Parse(freqNavBar.BandWidth) / 1000) + 1;
            //    foreach (KeyValuePair<double, FreqStatModel> kvp in dicFreqStatModel)
            //    {
            //        //PointPair spMax = new PointPair();
            //        //PointPair spMid = new PointPair();
            //        PointPair spOccupy = new PointPair();
            //        //Visifire.Charts.DataPoint dpMax = new Visifire.Charts.DataPoint();

            //        //SeriesPoint spMax = new SeriesPoint();
            //        //SeriesPoint spMid = new SeriesPoint();

            //        tempFreq = kvp.Key;
            //        int overSignalLimit = kvp.Value.DicAmplitudeCount.Where(x => x.Key > signalLimit).Select(x => x.Value).Sum();
            //        int sum = kvp.Value.DicAmplitudeCount.Values.Sum();
            //        double occpy = ((double)overSignalLimit / (double)sum) * 100;

            //        double maxValue = kvp.Value.DicAmplitudeCount.Keys.Max();
            //        //AmplitudeMaxValue.Add(Convert.ToInt16(maxValue));
            //        //dpMax.XValue = tempFreq / 1000;
            //        //dpMax.YValue = Convert.ToInt16(maxValue);

            //        //spMax.X = tempFreq / 1000;
            //        //spMax.Y = Convert.ToInt16(maxValue);
            //        //maxValues.Add(spMax);
            //        //maxPoints.Add(dpMax);
            //        double AverageValue = kvp.Value.DicAmplitudeCount.Select(x => x.Key).Average();
            //        //spMid.X = tempFreq / 1000;
            //        //spMid.Y = Convert.ToInt16(AverageValue);
            //        //AmplitudeAverageValue.Add(Convert.ToInt16(AverageValue));
            //        //midValues.Add(spMid);


            //        //if (occpy > occuDegreeLimit)
            //        //{
            //        spOccupy.X = tempFreq / 1000;
            //        spOccupy.Y = occpy;

            //        AnalysisResult ar = new AnalysisResult();
            //        ar.Frequency = Math.Round(tempFreq / 1000, Prec);
            //        ar.Occupy = Convert.ToInt16(occpy);
            //        ar.AmplitudeMidValue = Convert.ToInt16(AverageValue);
            //        ar.AmplitudeMaxValue = Convert.ToInt16(maxValue);
            //        if (occupyValueCount >= 1)
            //        {
            //            if (occupyValues[occupyValueCount - 1].X + Convert.ToDouble(freqNavBar.BandWidth) / 1000 >= tempFreq / 1000)
            //            {
            //                if (occupyValues[occupyValueCount - 1].Y < occpy)
            //                {
            //                    occupyValues[occupyValueCount - 1].X = tempFreq / 1000;
            //                    occupyValues[occupyValueCount - 1].Y = occpy;

            //                    freqOccupancyDegreeDic[occupyValueCount - 1].Frequency = tempFreq / 1000;
            //                    freqOccupancyDegreeDic[occupyValueCount - 1].Occupy = Convert.ToInt16(occpy);
            //                    freqOccupancyDegreeDic[occupyValueCount - 1].AmplitudeMidValue = Convert.ToInt16(AverageValue);
            //                    freqOccupancyDegreeDic[occupyValueCount - 1].AmplitudeMaxValue = Convert.ToInt16(maxValue);
            //                }
            //            }
            //            else
            //            {
            //                occupyValues.Add(spOccupy);
            //                freqOccupancyDegreeDic.Add(ar);
            //                occupyValueCount++;
            //            }
            //        }
            //        else
            //        {
            //            occupyValues.Add(spOccupy);
            //            freqOccupancyDegreeDic.Add(ar);
            //            occupyValueCount++;
            //        }

            //    }
            //    //}
            //    //csps.MaxPointPairList = maxValues;
            //    //csps.MidPointPairList = midValues;
            //    csps.OccupyPointPairList = occupyValues;
            //}
            #endregion

            csps.MinFreq         = Convert.ToDouble(freqNavBar.FreqStart);
            csps.MaxFreq         = Convert.ToDouble(freqNavBar.FreqStop);
            csps.SignalLimit     = signalLimit;
            csps.OccuDegreeLimit = occuDegreeLimit;
            //refreshChartResultDelete(csps);
            refreshChartFreqStatDelete(dicFreqStatModel, csps);
            compareStationInfo(freqOccupancyDegreeDic);
        }