private void SetChartTitle(Dictionary <string, string> statistics)
{
chart.Titles.Add(ChartTitleFactory.GetChartName(Options.MetricTypeID));
chart.Titles.Add(ChartTitleFactory.GetSignalLocationAndDateRange(Options.SignalID, Options.StartDate, Options.EndDate));
chart.Titles.Add(ChartTitleFactory.GetPhaseAndPhaseDescriptions(Phase.PhaseNumber, Phase.Approach.DirectionType.Description));
chart.Titles.Add(ChartTitleFactory.GetStatistics(statistics));
}
private void SetChartTitle(Dictionary <string, string> statistics)
{
Chart.Titles.Add(ChartTitleFactory.GetChartName(Options.MetricTypeID));
Chart.Titles.Add(
ChartTitleFactory.GetSignalLocationAndDateRange(Options.SignalID, Options.StartDate, Options.EndDate));
Chart.Titles.Add(ChartTitleFactory.GetPhaseAndPhaseDescriptions(SplitFailPhase.Approach, SplitFailPhase.GetPermissivePhase));
Chart.Titles.Add(ChartTitleFactory.GetStatistics(statistics));
}
private void SetChartTitle(Chart chart, Approach approach, Dictionary <string, string> statistics)
{
var detectorsForMetric = approach.GetDetectorsForMetricType(this.MetricTypeID);
string message = "\n Advanced detector located " + detectorsForMetric.FirstOrDefault().DistanceFromStopBar.ToString() + " ft. upstream of stop bar";
chart.Titles.Add(ChartTitleFactory.GetChartName(this.MetricTypeID));
chart.Titles.Add(ChartTitleFactory.GetSignalLocationAndDateRangeAndMessage(approach.SignalID, this.StartDate, this.EndDate, message));
chart.Titles.Add(ChartTitleFactory.GetPhaseAndPhaseDescriptions(approach.ProtectedPhaseNumber, approach.DirectionType.Description));
chart.Titles.Add(ChartTitleFactory.GetStatistics(statistics));
}
private void SetChartTitle(Chart chart, SignalPhase signalPhase, Dictionary <string, string> statistics)
{
var detectorsForMetric = signalPhase.Approach.GetDetectorsForMetricType(MetricTypeID);
var message = "\n Advanced detector located " + detectorsForMetric.FirstOrDefault().DistanceFromStopBar +
" ft. upstream of stop bar";
chart.Titles.Add(ChartTitleFactory.GetChartName(MetricTypeID));
chart.Titles.Add(
ChartTitleFactory.GetSignalLocationAndDateRangeAndMessage(signalPhase.Approach.SignalID, StartDate, EndDate,
message));
chart.Titles.Add(ChartTitleFactory.GetPhaseAndPhaseDescriptions(signalPhase.Approach, signalPhase.GetPermissivePhase));
chart.Titles.Add(ChartTitleFactory.GetStatistics(statistics));
}
private void SetChartTitle(Chart chart, PedPhase pp, PedDelayOptions options)
{
chart.Titles.Add(ChartTitleFactory.GetChartName(options.MetricTypeID));
chart.Titles.Add(ChartTitleFactory.GetSignalLocationAndDateRange(
options.SignalID, options.StartDate, options.EndDate));
chart.Titles.Add(ChartTitleFactory.GetPhase(pp.PhaseNumber));
var statistics = new Dictionary <string, string>();
statistics.Add("Ped Actuations(PA)", pp.PedActuations.ToString());
statistics.Add("Min Delay", DateTime.Today.AddMinutes(pp.MinDelay / 60).ToString("mm:ss"));
statistics.Add("Max Delay", DateTime.Today.AddMinutes(pp.MaxDelay / 60).ToString("mm:ss"));
statistics.Add("Average Delay(AD)", DateTime.Today.AddMinutes(pp.AverageDelay / 60).ToString("mm:ss"));
chart.Titles.Add(ChartTitleFactory.GetStatistics(statistics));
}
private void AddDataToChart(DateTime startDate, DateTime endDate, Models.DirectionType direction,
List <Models.Detector> detectorsByDirection, Models.LaneType laneType, Models.MovementType movementType,
MOE.Common.Business.WCFServiceLibrary.TMCOptions options, MOE.Common.Business.TMC.TMCInfo tmcInfo)
{
SortedDictionary <DateTime, int> MovementTotals = new SortedDictionary <DateTime, int>();
SortedDictionary <string, int> laneTotals = new SortedDictionary <string, int>();
int binSizeMultiplier = 60 / options.SelectedBinSize;
int totalVolume = 0;
List <MOE.Common.Models.Detector> tmcDetectors = new List <Models.Detector>();
FindLaneDetectors(tmcDetectors, movementType, detectorsByDirection, laneType);
int laneCount = tmcDetectors.Count();
for (int ln = 1; ln < 5; ln++)
{
Models.Detector detector = (from r in tmcDetectors
where r.LaneNumber == ln
select r).FirstOrDefault();
if (detector != null)
{
if (laneCount > 0 && detector.MovementTypeID != 4 && detector.MovementTypeID != 5)
{
MOE.Common.Business.Detector d = new MOE.Common.Business.Detector(detector, startDate, endDate,
options.SelectedBinSize);
foreach (MOE.Common.Business.Volume volume in d.Volumes.Items)
{
if (options.ShowDataTable)
{
MOE.Common.Business.TMC.TMCData tmcd = new TMC.TMCData();
tmcd.Direction = detector.Approach.DirectionType.Description;
tmcd.LaneType = detector.LaneType.Description;
if (!options.ShowLaneVolumes)
{
tmcd.MovementType = tmcd.Direction;
}
else
{
tmcd.MovementType = detector.MovementType.Abbreviation;
}
//tmcd.DetectorID = detector.DetectorID;
tmcd.Timestamp = volume.XAxis.AddMinutes(options.SelectedBinSize * -1);
tmcd.Count = volume.YAxis / binSizeMultiplier;
tmcInfo.tmcData.Add(tmcd);
}
if (options.ShowLaneVolumes)
{
chart.Series["Lane " + ln.ToString()].Points.AddXY(volume.XAxis, volume.YAxis);
}
//One of the calculations requires total volume by lane. This if statment keeps a
//running total of that volume and stores it in a dictonary with the lane number.
if (laneTotals.ContainsKey("L" + ln))
{
laneTotals["L" + ln] += volume.YAxis;
}
else
{
laneTotals.Add("L" + ln, volume.YAxis);
}
//we need ot track the total number of cars (volume) for this movement.
//this uses a time/int dictionary. The volume record for a given time is contibuted to by each lane.
//Then the movement total can be plotted on the graph
if (MovementTotals.ContainsKey(volume.XAxis))
{
MovementTotals[volume.XAxis] += volume.YAxis;
}
else
{
MovementTotals.Add(volume.XAxis, volume.YAxis);
}
}
}
}
}
if (movementType.MovementTypeID == 1)
{
List <Models.Detector> thruTurnLanes = (from r in detectorsByDirection
where r.MovementTypeID == 4 ||
r.MovementTypeID == 5
select r).ToList();
foreach (Models.Detector detector in thruTurnLanes)
{
MOE.Common.Business.Detector d = new MOE.Common.Business.Detector(detector, startDate, endDate, options.SelectedBinSize);
foreach (MOE.Common.Business.Volume volume in d.Volumes.Items)
{
if (detector.MovementType.Abbreviation == "TL")
{
{
if (options.ShowLaneVolumes)
{
if (options.ShowDataTable)
{
MOE.Common.Business.TMC.TMCData tmcd = new TMC.TMCData();
tmcd.Direction = detector.Approach.DirectionType.Description;
tmcd.LaneType = detector.LaneType.Description;
if (!options.ShowLaneVolumes)
{
tmcd.MovementType = tmcd.Direction;
}
else
{
tmcd.MovementType = detector.MovementType.Abbreviation;
}
//tmcd.DetectorID = detector.DetectorID;
tmcd.Timestamp = volume.XAxis.AddMinutes(options.SelectedBinSize * -1);
tmcd.Count = volume.YAxis / binSizeMultiplier;
tmcInfo.tmcData.Add(tmcd);
}
chart.Series["Thru Left"].Points.AddXY(volume.XAxis, volume.YAxis);
}
}
if (laneTotals.ContainsKey("TL"))
{
laneTotals["TL"] += volume.YAxis;
}
else
{
laneTotals.Add("TL", volume.YAxis);
}
}
if (detector.MovementType.Abbreviation == "TR")
{
if (options.ShowLaneVolumes)
{
if (options.ShowDataTable)
{
MOE.Common.Business.TMC.TMCData tmcd = new TMC.TMCData();
tmcd.Direction = detector.Approach.DirectionType.Description;
tmcd.LaneType = detector.LaneType.Description;
if (!options.ShowLaneVolumes)
{
tmcd.MovementType = tmcd.Direction;
}
else
{
tmcd.MovementType = detector.MovementType.Abbreviation;
}
//tmcd.DetectorID = detector.DetectorID;
tmcd.Timestamp = volume.XAxis.AddMinutes(options.SelectedBinSize * -1);
tmcd.Count = volume.YAxis / binSizeMultiplier;
tmcInfo.tmcData.Add(tmcd);
}
chart.Series["Thru Right"].Points.AddXY(volume.XAxis, volume.YAxis);
}
}
if (laneTotals.ContainsKey("TR"))
{
laneTotals["TR"] += volume.YAxis;
}
else
{
laneTotals.Add("TR", volume.YAxis);
}
if (MovementTotals.ContainsKey(volume.XAxis))
{
MovementTotals[volume.XAxis] += volume.YAxis;
}
else
{
MovementTotals.Add(volume.XAxis, volume.YAxis);
}
}
}
}
int binMultiplier = 60 / options.SelectedBinSize;
//get the total volume for the approach
foreach (KeyValuePair <DateTime, int> totals in MovementTotals)
{
if (options.ShowTotalVolumes)
{
chart.Series["Total Volume"].Points.AddXY(totals.Key, totals.Value);
}
totalVolume += (totals.Value);
}
int highLaneVolume = 0;
if (laneTotals.Values.Count > 0)
{
highLaneVolume = laneTotals.Values.Max();
}
KeyValuePair <DateTime, int> peakHourValue = findPeakHour(MovementTotals, binMultiplier);
int PHV = peakHourValue.Value;
DateTime peakHour = peakHourValue.Key;
int PeakHourMAXVolume = 0;
string fluPlaceholder = "";
if (laneCount > 0 && highLaneVolume > 0)
{
double fLU = Convert.ToDouble(totalVolume) / (Convert.ToDouble(laneCount) * Convert.ToDouble(highLaneVolume));
fluPlaceholder = SetSigFigs(fLU, 2).ToString();
}
else
{
fluPlaceholder = "Not Available";
}
for (int i = 0; i < binMultiplier; i++)
{
if (MovementTotals.ContainsKey(peakHour.AddMinutes(i * options.SelectedBinSize)))
{
if (PeakHourMAXVolume < (MovementTotals[peakHour.AddMinutes(i * options.SelectedBinSize)]))
{
PeakHourMAXVolume = MovementTotals[peakHour.AddMinutes(i * options.SelectedBinSize)];
}
}
}
string PHFPlaceholder = FindPHF(PHV, PeakHourMAXVolume, binMultiplier);
string peakHourString = peakHour.ToShortTimeString() + " - " + peakHour.AddHours(1).ToShortTimeString();
Dictionary <string, string> statistics = new Dictionary <string, string>();
statistics.Add("Total Volume", (totalVolume / binMultiplier).ToString());
statistics.Add("Peak Hour", peakHourString);
statistics.Add("Peak Hour Volume", (PHV / binMultiplier).ToString() + " VPH");
statistics.Add("PHF", PHFPlaceholder);
statistics.Add("fLU", fluPlaceholder);
chart.Titles.Add(ChartTitleFactory.GetStatistics(statistics));
SetSeriesVisibility(laneCount, options.ShowLaneVolumes);
}