public List <StopLine> ReadStopLines()
{
List <StopLine> result = new List <StopLine>();
XmlNode guideLineListNode = Doc["opencv_storage"]["Vstringslist"];
XmlNode PlaneTypeListNode = null;
foreach (XmlNode glNode in guideLineListNode)
{
string stopText = glNode["Vectorname"].InnerText;
if (stopText.Substring(0, 9) == "PlaneType")
{
PlaneTypeListNode = glNode["strings"];
StopLine s = new StopLine(new Point(0, 0), new Point(0, 0), stopText,
stopText.Substring(0, 10).Replace("PlaneType", "GuideLine"));
foreach (XmlNode ptNode in PlaneTypeListNode)
{
string t = ptNode["stringname"].InnerText;
if (t.StartsWith("stop") || t.StartsWith("guide"))
{
continue;
}
s.planeTypes.Add(t);
}
result.Add(s);
}
}
return(result);
}
/// <summary>
/// 修改初始信息绑定
/// </summary>
private void updateInfo()
{
//停采线名称
txtStopLineName.Text = stopLineEntity.StopLineName;
//起点坐标X
txtSCoordinateX.Text = stopLineEntity.SCoordinateX.ToString();
//起点坐标Y
txtSCoordinateY.Text = stopLineEntity.SCoordinateY.ToString();
//起点坐标Z
txtSCoordinateZ.Text = stopLineEntity.SCoordinateZ.ToString();
//终点坐标X
txtFCoordinateX.Text = stopLineEntity.FCoordinateX.ToString();
//终点坐标Y
txtFCoordinateY.Text = stopLineEntity.FCoordinateY.ToString();
//终点坐标Z
txtFCoordinateZ.Text = stopLineEntity.FCoordinateZ.ToString();
_oldStopLineEntity = stopLineEntity; //记录修改前的实体
}
/// <summary>
/// 在地图上绘制一条停采线
/// </summary>
/// <param name="stopLineEntity">掘进的起点和终点</param>
private bool DrawStopLine(StopLine stopLineEntity)
{
if (stopLineEntity == null)
{
return(false);
}
var featureLayer = GetStopLineFeatureLayer();
if (featureLayer == null)
{
return(false);
}
IPoint startPoint = new PointClass();
startPoint.PutCoords(stopLineEntity.SCoordinateX, stopLineEntity.SCoordinateY);
startPoint.Z = stopLineEntity.SCoordinateZ;
IPoint endPoint = new PointClass();
endPoint.PutCoords(stopLineEntity.FCoordinateX, stopLineEntity.FCoordinateY);
endPoint.Z = stopLineEntity.FCoordinateZ;
IPolyline polyline = new PolylineClass();
polyline.FromPoint = startPoint;
polyline.ToPoint = endPoint;
var bSuccess = GIS.SpecialGraphic.DrawStopLine.CreateLineFeature(featureLayer, polyline, stopLineEntity);
return(bSuccess);
}
/// <summary>
/// 构造方法
/// </summary>
/// <param name="stopLineEntity">停采线实体</param>
public StopLineEntering(StopLine stopLineEntity)
{
this.stopLineEntity = stopLineEntity;
InitializeComponent();
//绑定修改初始信息
updateInfo();
//窗体属性设置
FormDefaultPropertiesSetter.SetEnteringFormDefaultProperties(this, Const_MS.STOP_LINE_CHANGE);
}
/// <summary>
/// 更新地图上的停采线
/// </summary>
/// <param name="oldEntity">修改前的停采线实体</param>
/// <param name="newEntity">修改后的停采线实体</param>
/// <returns>成功返回true</returns>
private bool UpdateStopLineOnMap(StopLine oldEntity, StopLine newEntity)
{
var featureLayer = GetStopLineFeatureLayer();
if (featureLayer == null)
{
return(false);
}
//先删除原有的线要素
GIS.SpecialGraphic.DrawStopLine.DeleteLineFeature(featureLayer, oldEntity.BindingId);
//重新绘制一条新的停采线
var bSuccess = DrawStopLine(newEntity);
return(bSuccess);
}
void MakeVisualLine(Line line, LineType type, out int retLinkID)
{
retLinkID = -1;
var startPos = GetUnityPosition(new VectorMapPosition()
{
Bx = points[line.BPID - 1].Bx, Ly = points[line.BPID - 1].Ly, H = points[line.BPID - 1].H
});
var endPos = GetUnityPosition(new VectorMapPosition()
{
Bx = points[line.FPID - 1].Bx, Ly = points[line.FPID - 1].Ly, H = points[line.FPID - 1].H
});
if (type == LineType.STOP) //If it is stopline
{
int LinkID = FindNearestLaneId(GetVectorMapPosition((startPos + endPos) / 2), true);
retLinkID = LinkID;
var vmStopline = StopLine.MakeStopLine(stoplines.Count + 1, line.LID, 0, 0, LinkID);
stoplines.Add(vmStopline);
}
else if (type == LineType.WHITE || type == LineType.YELLOW) //if it is whiteline
{
int LinkID = FindNearestLaneId(GetVectorMapPosition((startPos + endPos) / 2));
retLinkID = LinkID;
string color = "W";
switch (type)
{
case LineType.WHITE:
color = "W";
break;
case LineType.YELLOW:
color = "Y";
break;
}
var vmWhiteline = WhiteLine.MakeWhiteLine(whiteLines.Count + 1, line.LID, .15, color, 0, LinkID);
whiteLines.Add(vmWhiteline);
}
}
void MakeVisualLine(Line line, LineType type, out int retLinkID)
{
retLinkID = 0;
var startPos = VectorMapUtility.GetUnityPosition(new VectorMapPosition()
{
Bx = Points[line.BPID - 1].Bx, Ly = Points[line.BPID - 1].Ly, H = Points[line.BPID - 1].H
}, MapAnnotationTool.EXPORT_SCALE_FACTOR);
var endPos = VectorMapUtility.GetUnityPosition(new VectorMapPosition()
{
Bx = Points[line.FPID - 1].Bx, Ly = Points[line.FPID - 1].Ly, H = Points[line.FPID - 1].H
}, MapAnnotationTool.EXPORT_SCALE_FACTOR);
if (type == LineType.STOP) //If it is stopline
{
int LinkID = FindNearestLaneId(VectorMapUtility.GetVectorMapPosition((startPos + endPos) / 2, MapAnnotationTool.EXPORT_SCALE_FACTOR), true);
retLinkID = LinkID;
var vmStopline = StopLine.MakeStopLine(StopLines.Count + 1, line.LID, 0, 0, LinkID);
StopLines.Add(vmStopline);
}
else if (type == LineType.WHITE || type == LineType.YELLOW) //if it is whiteline
{
int LinkID = FindNearestLaneId(VectorMapUtility.GetVectorMapPosition((startPos + endPos) / 2, MapAnnotationTool.EXPORT_SCALE_FACTOR));
retLinkID = LinkID;
string color = "W";
switch (type)
{
case LineType.WHITE:
color = "W";
break;
case LineType.YELLOW:
color = "Y";
break;
}
var vmWhiteline = WhiteLine.MakeWhiteLine(WhiteLines.Count + 1, line.LID, .15, color, 0, LinkID);
WhiteLines.Add(vmWhiteline);
}
}
public WaitingCar(CarController car, StopLine stopLine)
{
this.car = car;
this.stopLine = stopLine;
}
/// <summary>
/// Called on each bar update event (incoming tick)
protected override void OnBarUpdate()
{
if (CurrentBar == 0)
{
displacement = Math.Max(Displacement, -CurrentBar);
priorUpTrend = true;
currentUpTrend = true;
upTrend.Set(true);
StopDot.Set(Close[0]);
StopLine.Set(Close[0]);
PlotColors[0][-displacement] = Color.Transparent;
PlotColors[1][-displacement] = Color.Transparent;
return;
}
if (FirstTickOfBar)
{
displacement = Math.Max(Displacement, -CurrentBar);
movingBase = baseline[1];
offset = Math.Max(TickSize, offsetSeries[1]);
trailingAmount = multiplier * offset;
margin = volatility[1];
if (currentUpTrend)
{
currentStopShort = movingBase + trailingAmount;
if (priorUpTrend)
{
currentStopLong = Math.Max(currentStopLong, movingBase - trailingAmount);
}
else
{
currentStopLong = movingBase - trailingAmount;
}
StopDot.Set(currentStopLong);
ReverseDot.Set(currentStopShort);
PlotColors[0][-displacement] = upColor;
if (showStopLine)
{
StopLine.Set(currentStopLong);
if (gap && !priorUpTrend)
{
PlotColors[1][-displacement] = Color.Transparent;
}
else
{
PlotColors[1][-displacement] = upColor;
}
}
else
{
StopLine.Reset();
}
}
else
{
currentStopLong = movingBase - trailingAmount;
if (!priorUpTrend)
{
currentStopShort = Math.Min(currentStopShort, movingBase + trailingAmount);
}
else
{
currentStopShort = movingBase + trailingAmount;
}
StopDot.Set(currentStopShort);
ReverseDot.Set(currentStopLong);
PlotColors[0][-displacement] = downColor;
if (showStopLine)
{
StopLine.Set(currentStopShort);
if (gap && priorUpTrend)
{
PlotColors[1][-displacement] = Color.Transparent;
}
else
{
PlotColors[1][-displacement] = downColor;
}
}
else
{
StopLine.Reset();
}
}
if (showPaintBars)
{
if (currentUpTrend)
{
trendColor = upColor;
}
else
{
trendColor = downColor;
}
CandleOutlineColorSeries[-displacement] = trendColor;
BarColorSeries[-displacement] = trendColor;
}
if (showArrows)
{
if (currentUpTrend && !priorUpTrend)
{
DrawArrowUp("arrow" + CurrentBar, true, -displacement, currentStopLong - 0.5 * margin, upColor);
}
else if (!currentUpTrend && priorUpTrend)
{
DrawArrowDown("arrow" + CurrentBar, true, -displacement, currentStopShort + 0.5 * margin, downColor);
}
}
priorUpTrend = currentUpTrend;
stoppedOut = false;
}
if (reverseIntraBar) // only one trend change per bar is permitted
{
if (!stoppedOut)
{
if (priorUpTrend && Low[0] < currentStopLong)
{
currentUpTrend = false;
stoppedOut = true;
}
else if (!priorUpTrend && High[0] > currentStopShort)
{
currentUpTrend = true;
stoppedOut = true;
}
}
}
else
{
if (priorUpTrend && Close[0] < currentStopLong)
{
currentUpTrend = false;
}
else if (!priorUpTrend && Close[0] > currentStopShort)
{
currentUpTrend = true;
}
else
{
currentUpTrend = priorUpTrend;
}
}
// this information can be accessed by a strategy
if (CalculateOnBarClose)
{
upTrend.Set(currentUpTrend);
}
else if (FirstTickOfBar && !reverseIntraBar)
{
upTrend.Set(priorUpTrend);
}
else if (reverseIntraBar)
{
upTrend.Set(currentUpTrend);
}
if (showPaintBars && candles)
{
if (Open[0] < Close[0])
{
BarColorSeries[-displacement] = Color.FromArgb(alpha, trendColor);
}
}
if (soundAlert && !Historical && IsConnected() && (CalculateOnBarClose || reverseIntraBar))
{
if (currentUpTrend && !priorUpTrend)
{
try
{
Alert("NewUpTrend", NinjaTrader.Cbi.Priority.Medium, "NewUpTrend", confirmedUpTrend, rearmTime, Color.Black, upColor);
}
catch {}
}
else if (!currentUpTrend && priorUpTrend)
{
try
{
Alert("NewDownTrend", NinjaTrader.Cbi.Priority.Medium, "NewDownTrend", confirmedDownTrend, rearmTime, Color.Black, downColor);
}
catch {}
}
}
if (soundAlert && !Historical && IsConnected() && !CalculateOnBarClose && !reverseIntraBar)
{
if (currentUpTrend && !priorUpTrend)
{
try
{
Alert("PotentialUpTrend", NinjaTrader.Cbi.Priority.Medium, "PotentialUpTrend", potentialUpTrend, rearmTime, Color.Black, upColor);
}
catch {}
}
else if (!currentUpTrend && priorUpTrend)
{
try
{
Alert("PotentialDownTrend", NinjaTrader.Cbi.Priority.Medium, "PotentialDownTrend", potentialDownTrend, rearmTime, Color.Black, downColor);
}
catch {}
}
}
}
/// <summary>
/// Called on each bar update event (incoming tick)
protected override void OnBarUpdate()
{
if (CurrentBar == 0)
{
upTrend.Set(true);
StopDot.Set(Close[0]);
StopLine.Set(Close[0]);
PlotColors[0][0] = neutralColor;
PlotColors[1][0] = neutralColor;
return;
}
if (FirstTickOfBar)
{
priorUpTrend = upTrend[1];
priorStop = StopLine[1];
priorColor = PlotColors[0][1];
medianline = MM[1];
offset = MAE[1];
}
if (Close[0] > priorStop)
{
upTrend.Set(true);
newStop = medianline - Multiplier * offset;
currentUpTrend = true;
if (!priorUpTrend) // trend change up
{
StopDot.Set(newStop);
StopLine.Set(newStop);
}
else
{
StopDot.Set(Math.Max(newStop, priorStop));
StopLine.Set(Math.Max(newStop, priorStop));
}
}
else if (Close[0] < priorStop)
{
upTrend.Set(false);
newStop = medianline + Multiplier * offset;
currentUpTrend = false;
if (priorUpTrend) // trend change down
{
StopDot.Set(newStop);
StopLine.Set(newStop);
}
else
{
StopDot.Set(Math.Min(newStop, priorStop));
StopLine.Set(Math.Min(newStop, priorStop));
}
}
else
{
upTrend.Set(priorUpTrend);
currentUpTrend = priorUpTrend;
StopDot.Set(priorStop);
StopLine.Set(priorStop);
}
if (PaintBars)
{
if (currentUpTrend)
{
CandleOutlineColor = upColor;
BarColor = upColor;
}
else
{
CandleOutlineColor = downColor;
BarColor = downColor;
}
if (Open[0] < Close[0] && candles)
{
BarColor = Color.Transparent;
}
}
if (ShowArrows)
{
if (currentUpTrend && !priorUpTrend)
{
DrawArrowUp("arrow" + CurrentBar, true, 0, newStop - 0.5 * offset, upColor);
}
else if (!currentUpTrend && priorUpTrend)
{
DrawArrowDown("arrow" + CurrentBar, true, 0, newStop + 0.5 * offset, downColor);
}
else
{
RemoveDrawObject("arrow" + CurrentBar);
}
}
if (ShowStopDots)
{
if (currentUpTrend)
{
PlotColors[0][0] = upColor;
}
else
{
PlotColors[0][0] = downColor;
}
}
if (ShowStopLine)
{
if (currentUpTrend && !priorUpTrend)
{
if (gap)
{
PlotColors[1][0] = neutralColor;
}
else
{
PlotColors[1][0] = upColor;
}
}
else if (currentUpTrend)
{
PlotColors[1][0] = upColor;
}
else if (!currentUpTrend && priorUpTrend)
{
if (gap)
{
PlotColors[1][0] = neutralColor;
}
else
{
PlotColors[1][0] = downColor;
}
}
else
{
PlotColors[1][0] = downColor;
}
}
}
private void RefreshData()
{
gcStopLine.DataSource = StopLine.FindAll();
}
/// <summary>
/// 验证
/// </summary>
/// <returns></returns>
private bool check()
{
//停采线名称非空验证
if (!Check.isEmpty(txtStopLineName, Const_MS.STOP_LINE_NAME))
{
return(false);
}
//停采线名称特殊字符验证
if (!Check.checkSpecialCharacters(txtStopLineName, Const_MS.STOP_LINE_NAME))
{
return(false);
}
//停采线名称重复
if (txtStopLineName.Text != stopLineEntity.StopLineName)
{
if (StopLine.ExistsByStopLineName(txtStopLineName.Text))
{
Alert.alert(Const_MS.STOP_LINE + Const.MSG_ALREADY_HAVE + Const.SIGN_EXCLAMATION_MARK);
return(false);
}
}
//起点坐标X数字验证
if (!Check.IsNumeric(txtSCoordinateX, Const_MS.SCOORDINATE + Const_MS.X))
{
return(false);
}
//起点坐标X非空验证
if (!Check.isEmpty(txtSCoordinateX, Const_MS.SCOORDINATE + Const_MS.X))
{
return(false);
}
//起点坐标Y数字验证
if (!Check.IsNumeric(txtSCoordinateY, Const_MS.SCOORDINATE + Const_MS.Y))
{
return(false);
}
//起点坐标Y非空验证
if (!Check.isEmpty(txtSCoordinateY, Const_MS.SCOORDINATE + Const_MS.Y))
{
return(false);
}
//起点坐标Z数字验证
if (!Check.IsNumeric(txtSCoordinateZ, Const_MS.SCOORDINATE + Const_MS.Z))
{
return(false);
}
//起点坐标Z非空验证
if (!Check.isEmpty(txtSCoordinateZ, Const_MS.SCOORDINATE + Const_MS.Z))
{
return(false);
}
//终点坐标X数字验证
if (!Check.IsNumeric(txtFCoordinateX, Const_MS.FCOORDINATE + Const_MS.X))
{
return(false);
}
//终点坐标X非空验证
if (!Check.isEmpty(txtFCoordinateX, Const_MS.FCOORDINATE + Const_MS.X))
{
return(false);
}
//终点坐标Y数字验证
if (!Check.IsNumeric(txtFCoordinateY, Const_MS.FCOORDINATE + Const_MS.Y))
{
return(false);
}
//终点坐标Y非空验证
if (!Check.isEmpty(txtFCoordinateY, Const_MS.FCOORDINATE + Const_MS.Y))
{
return(false);
}
//终点坐标Z数字验证
if (!Check.IsNumeric(txtFCoordinateZ, Const_MS.FCOORDINATE + Const_MS.Z))
{
return(false);
}
//终点坐标Z非空验证
if (!Check.isEmpty(txtFCoordinateZ, Const_MS.FCOORDINATE + Const_MS.Z))
{
return(false);
}
return(true);
}
static void Main(string[] args)
{
Console.WriteLine("Loading NaPTAN stops.");
if (Directory.Exists("temp") == true)
{
Directory.Delete("temp", true);
}
Directory.CreateDirectory("temp");
Console.WriteLine("Unzipping NaPTAN to a temporary folder.");
ZipFile.ExtractToDirectory(@"stops.zip", "temp");
List <NaptanStop> NaptanStops = new List <NaptanStop>();
using (TextReader textReader = File.OpenText("temp/Stops.csv"))
{
CsvReader csvReader = new CsvReader(textReader, CultureInfo.InvariantCulture);
csvReader.Configuration.Delimiter = ",";
NaptanStops = csvReader.GetRecords <NaptanStop>().ToList();
}
Console.WriteLine("Creating ATCOcode keyed dictionary of NaPTAN stops.");
Dictionary <string, NaptanStop> NaPTANStopsDictionary = new Dictionary <string, NaptanStop>();
foreach (NaptanStop naptanStop in NaptanStops)
{
NaPTANStopsDictionary.Add(naptanStop.ATCOCode, naptanStop);
}
Console.WriteLine("Loading CIF stations and matching them to NaPTAN stops.");
List <CIFStation> CIFStations = new List <CIFStation>();
// .msn lines are fixed-width columns and look like this.
// "A WHITTLESFORD PARKWAY 0WTLESFDWLF WLF15484 62473 5 "
// A reasonable approach would be to split at the correct position, then trim, then only store entries with all features
ZipFile.ExtractToDirectory(@"ttis389.zip", "temp");
List <string> StopsFileLines = new List <string>(File.ReadAllLines("temp/ttisf389.msn"));
foreach (string StopLine in StopsFileLines)
{
string firstSlot = StopLine.Substring(0, 5).Trim();
string secondSlot = StopLine.Substring(5, 30).TrimEnd();
string thirdSlot = StopLine.Substring(35, 1);
string fourthSlot = StopLine.Substring(36, 7).Trim();
string fifthSlot = StopLine.Substring(43, 3).Trim();
string sixthSlot = StopLine.Substring(49, 8).Trim();
// The seventh slot is okay to be empty
string seventhSlot = StopLine.Substring(57, 1).Trim();
string eighthSlot = StopLine.Substring(58, 5).Trim();
string ninthSlot = StopLine.Substring(65, 1).Trim();
if (firstSlot == "A" && secondSlot.StartsWith(" ") == false)
{
CIFStation Station = new CIFStation()
{
StationName = secondSlot,
StationShortCode = fifthSlot,
StationLongCode = fourthSlot
};
if (NaPTANStopsDictionary.ContainsKey("9100" + Station.StationLongCode))
{
Station.ATCOCode = NaPTANStopsDictionary["9100" + Station.StationLongCode].ATCOCode;
}
else
{
Console.WriteLine($"No ATCO code found for {Station.StationName} station.");
}
CIFStations.Add(Station);
}
}
Console.WriteLine($"Read {CIFStations.Count} stations of which {CIFStations.Where(x => x.ATCOCode != null).Count()} have a matched NaPTAN code.");
Console.WriteLine("Reading the timetable file.");
List <string> TimetableFileLines = new List <string>(File.ReadAllLines("temp/ttisf389.mca"));
Dictionary <string, List <StationStop> > StopTimesForJourneyIDDictionary = new Dictionary <string, List <StationStop> >();
Dictionary <string, JourneyDetail> JourneyDetailsForJourneyIDDictionary = new Dictionary <string, JourneyDetail>();
string CurrentJourneyID = "";
string CurrentOperatorCode = "";
string CurrentTrainType = "";
string CurrentTrainClass = "";
string CurrentTrainMaxSpeed = "";
Calendar CurrentCalendar = null;
foreach (string TimetableLine in TimetableFileLines)
{
if (TimetableLine.StartsWith("BS"))
{
// THIS IS ALMOST CERTAINLY NOT THE CURRENT JOURNEY ID. BUT IT'S OKAY DURING DEVELOPMENT.
//CurrentJourneyID = TimetableLine;
// Example line is "BSNY244881905191912080000001 POO2D67 111821020 EMU333 100 S P"
CurrentJourneyID = TimetableLine.Substring(2, 7);
string StartDateString = TimetableLine.Substring(9, 6);
string EndDateString = TimetableLine.Substring(15, 6);
string DaysOfOperationString = TimetableLine.Substring(21, 7);
// Since a single timetable can have a single Journey ID that is valid at different non-overlapping times a unique Journey ID includes the Date strings and the character at position 79.
CurrentJourneyID = CurrentJourneyID + StartDateString + EndDateString + TimetableLine.Substring(79, 1);
CurrentCalendar = new Calendar()
{
start_date = "20" + StartDateString,
end_date = "20" + EndDateString,
service_id = CurrentJourneyID + "_service",
monday = int.Parse(DaysOfOperationString.Substring(0, 1)),
tuesday = int.Parse(DaysOfOperationString.Substring(1, 1)),
wednesday = int.Parse(DaysOfOperationString.Substring(2, 1)),
thursday = int.Parse(DaysOfOperationString.Substring(3, 1)),
friday = int.Parse(DaysOfOperationString.Substring(4, 1)),
saturday = int.Parse(DaysOfOperationString.Substring(5, 1)),
sunday = int.Parse(DaysOfOperationString.Substring(6, 1))
};
CurrentTrainType = TimetableLine.Substring(50, 3);
CurrentTrainClass = TimetableLine.Substring(53, 3);
CurrentTrainMaxSpeed = TimetableLine.Substring(57, 3);
}
if (TimetableLine.StartsWith("BX"))
{
CurrentOperatorCode = TimetableLine.Substring(11, 2);
JourneyDetail journeyDetail = new JourneyDetail()
{
JourneyID = CurrentJourneyID,
OperatorCode = CurrentOperatorCode,
OperationsCalendar = CurrentCalendar,
TrainClass = CurrentTrainClass,
TrainMaxSpeed = CurrentTrainMaxSpeed,
TrainType = CurrentTrainType
};
JourneyDetailsForJourneyIDDictionary.Add(CurrentJourneyID, journeyDetail);
}
if (TimetableLine.StartsWith("LO") || TimetableLine.StartsWith("LI") || TimetableLine.StartsWith("LT"))
{
string firstSlot = TimetableLine.Substring(0, 2).Trim();
string secondSlot = TimetableLine.Substring(2, 7).Trim();
string thirdSlot = TimetableLine.Substring(10, 4).Trim();
string fourthSlot = TimetableLine.Substring(15, 4).Trim();
string fifthSlot = TimetableLine.Substring(25, 8).Trim();
if (fifthSlot != "00000000")
{
StationStop stationStop = new StationStop()
{
StopType = firstSlot,
StationLongCode = secondSlot
};
if (NaPTANStopsDictionary.ContainsKey("9100" + stationStop.StationLongCode))
{
if (thirdSlot.Count() == 4 && fourthSlot.Count() == 4)
{
stationStop.WorkingTimetableDepartureTime = stringToTimeSpan(thirdSlot);
stationStop.PublicTimetableDepartureTime = stringToTimeSpan(fourthSlot);
stationStop.NaPTANStop = NaPTANStopsDictionary["9100" + stationStop.StationLongCode];
if (StopTimesForJourneyIDDictionary.ContainsKey(CurrentJourneyID))
{
List <StationStop> UpdatedStationStops = StopTimesForJourneyIDDictionary[CurrentJourneyID];
UpdatedStationStops.Add(stationStop);
StopTimesForJourneyIDDictionary.Remove(CurrentJourneyID);
StopTimesForJourneyIDDictionary.Add(CurrentJourneyID, UpdatedStationStops);
}
else
{
StopTimesForJourneyIDDictionary.Add(CurrentJourneyID, new List <StationStop>()
{
stationStop
});
}
}
}
}
}
}
Console.WriteLine($"Read {StopTimesForJourneyIDDictionary.Keys.Count} journeys.");
Console.WriteLine("Creating GTFS output.");
// We have two dictionaries that let us create all our GTFS output.
// StopTimesForJourneyIDDictionary
// JourneyDetailsForJourneyIDDictionary
// CIFStations
List <string> Agencies = JourneyDetailsForJourneyIDDictionary.Values.Select(x => x.OperatorCode).Distinct().ToList();
// AgencyList will hold the GTFS agency.txt file contents
List <Agency> AgencyList = new List <Agency>();
// Get all unique agencies from our output
foreach (string agency in Agencies)
{
Agency NewAgency = new Agency()
{
agency_id = agency,
agency_name = agency,
agency_url = "https://www.google.com/search?q=" + agency + "%20rail%20operator%20code", // google plus name of agency by default
agency_timezone = "Europe/London" // Europe/London by default
};
AgencyList.Add(NewAgency);
}
List <GTFSNaptanStop> GTFSStopsList = new List <GTFSNaptanStop>();
foreach (CIFStation cIFStation in CIFStations.Where(x => x.ATCOCode != null))
{
var NaPTANEntry = NaPTANStopsDictionary["9100" + cIFStation.StationLongCode];
GTFSNaptanStop gTFSNaptanStop = new GTFSNaptanStop()
{
stop_id = cIFStation.ATCOCode,
stop_name = cIFStation.StationName,
stop_code = cIFStation.StationShortCode,
stop_lat = Math.Round(NaPTANEntry.Latitude, 5),
stop_lon = Math.Round(NaPTANEntry.Longitude, 5)
};
GTFSStopsList.Add(gTFSNaptanStop);
}
List <Route> RoutesList = new List <Route>();
foreach (string journeyID in JourneyDetailsForJourneyIDDictionary.Keys)
{
JourneyDetail journeyDetail = JourneyDetailsForJourneyIDDictionary[journeyID];
Route route = new Route()
{
agency_id = journeyDetail.OperatorCode,
route_id = journeyDetail.JourneyID + "_route",
route_type = "2",
route_short_name = journeyDetail.OperatorCode + "_" + journeyDetail.JourneyID
};
RoutesList.Add(route);
}
List <Trip> tripList = new List <Trip>();
foreach (JourneyDetail journeyDetail in JourneyDetailsForJourneyIDDictionary.Values)
{
Trip trip = new Trip()
{
route_id = journeyDetail.JourneyID + "_route",
service_id = journeyDetail.JourneyID + "_service",
trip_id = journeyDetail.JourneyID + "_trip"
};
tripList.Add(trip);
}
// This export line is more complicated than it might at first seem sensible to be because of an understandable quirk in the GTFS format.
// Stop times are only given as a time of day, and not a datetime. This causes problems when a service runs over midnight.
// To fix this we express stop times on a service that started the previous day with times such as 24:12 instead of 00:12 and 25:20 instead of 01:20.
// I assume that no journey runs into a third day.
List <StopTime> stopTimesList = new List <StopTime>();
foreach (string JourneyID in StopTimesForJourneyIDDictionary.Keys)
{
List <StationStop> StationStops = StopTimesForJourneyIDDictionary[JourneyID];
int count = 1;
bool JourneyStartedYesterdayFlag = false;
TimeSpan PreviousStopDepartureTime = new TimeSpan(0);
foreach (StationStop stationStop in StationStops)
{
if (stationStop.PublicTimetableDepartureTime < PreviousStopDepartureTime)
{
JourneyStartedYesterdayFlag = true;
}
StopTime stopTime = new StopTime()
{
trip_id = JourneyID + "_trip",
stop_id = stationStop.NaPTANStop.ATCOCode,
stop_sequence = count
};
if (JourneyStartedYesterdayFlag == true)
{
stationStop.WorkingTimetableDepartureTime = stationStop.WorkingTimetableDepartureTime.Add(new TimeSpan(24, 0, 0));
stationStop.PublicTimetableDepartureTime = stationStop.PublicTimetableDepartureTime.Add(new TimeSpan(24, 0, 0));
stopTime.arrival_time = Math.Floor(stationStop.PublicTimetableDepartureTime.TotalHours).ToString() + stationStop.PublicTimetableDepartureTime.ToString(@"hh\:mm\:ss").Substring(2, 6);
stopTime.departure_time = Math.Floor(stationStop.PublicTimetableDepartureTime.TotalHours).ToString() + stationStop.PublicTimetableDepartureTime.ToString(@"hh\:mm\:ss").Substring(2, 6);
}
else
{
stopTime.arrival_time = stationStop.PublicTimetableDepartureTime.ToString(@"hh\:mm\:ss");
stopTime.departure_time = stationStop.PublicTimetableDepartureTime.ToString(@"hh\:mm\:ss");
}
stopTimesList.Add(stopTime);
PreviousStopDepartureTime = stationStop.PublicTimetableDepartureTime;
count++;
}
}
List <Calendar> calendarList = JourneyDetailsForJourneyIDDictionary.Values.Select(x => x.OperationsCalendar).ToList();
Console.WriteLine("Writing agency.txt");
// write GTFS txts.
// agency.txt, calendar.txt, calendar_dates.txt, routes.txt, stop_times.txt, stops.txt, trips.txt
if (Directory.Exists("output") == false)
{
Directory.CreateDirectory("output");
}
TextWriter agencyTextWriter = File.CreateText(@"output/agency.txt");
CsvWriter agencyCSVwriter = new CsvWriter(agencyTextWriter, CultureInfo.InvariantCulture);
agencyCSVwriter.WriteRecords(AgencyList);
agencyTextWriter.Dispose();
agencyCSVwriter.Dispose();
Console.WriteLine("Writing stops.txt");
TextWriter stopsTextWriter = File.CreateText(@"output/stops.txt");
CsvWriter stopsCSVwriter = new CsvWriter(stopsTextWriter, CultureInfo.InvariantCulture);
stopsCSVwriter.WriteRecords(GTFSStopsList);
stopsTextWriter.Dispose();
stopsCSVwriter.Dispose();
Console.WriteLine("Writing routes.txt");
TextWriter routesTextWriter = File.CreateText(@"output/routes.txt");
CsvWriter routesCSVwriter = new CsvWriter(routesTextWriter, CultureInfo.InvariantCulture);
routesCSVwriter.WriteRecords(RoutesList);
routesTextWriter.Dispose();
routesCSVwriter.Dispose();
Console.WriteLine("Writing trips.txt");
TextWriter tripsTextWriter = File.CreateText(@"output/trips.txt");
CsvWriter tripsCSVwriter = new CsvWriter(tripsTextWriter, CultureInfo.InvariantCulture);
tripsCSVwriter.WriteRecords(tripList);
tripsTextWriter.Dispose();
tripsCSVwriter.Dispose();
Console.WriteLine("Writing calendar.txt");
TextWriter calendarTextWriter = File.CreateText(@"output/calendar.txt");
CsvWriter calendarCSVwriter = new CsvWriter(calendarTextWriter, CultureInfo.InvariantCulture);
calendarCSVwriter.WriteRecords(calendarList);
calendarTextWriter.Dispose();
calendarCSVwriter.Dispose();
Console.WriteLine("Writing stop_times.txt");
TextWriter stopTimeTextWriter = File.CreateText(@"output/stop_times.txt");
CsvWriter stopTimeCSVwriter = new CsvWriter(stopTimeTextWriter, CultureInfo.InvariantCulture);
stopTimeCSVwriter.WriteRecords(stopTimesList);
stopTimeTextWriter.Dispose();
stopTimeCSVwriter.Dispose();
Console.WriteLine("Creating a GTFS .zip file.");
if (File.Exists("output.zip"))
{
File.Delete("output.zip");
}
ZipFile.CreateFromDirectory("output", "output.zip", CompressionLevel.Optimal, false, Encoding.UTF8);
Console.WriteLine("You may wish to validate the GTFS output using a tool such as https://github.com/google/transitfeed/");
/*
* var OrderedStopTimesForJourneyDictionary = StopTimesForJourneyIDDictionary.OrderByDescending(x => x.Value.Count);
* Console.WriteLine("Calculating average velocities for all journeys.");
* List<JourneyVelocity> JourneyVelocities = new List<JourneyVelocity>();
* foreach (var JourneyID in StopTimesForJourneyIDDictionary.Where(x => x.Value.Count > 1)) {
* var FirstStop = JourneyID.Value.First();
* var LastStop = JourneyID.Value.Last();
*
* GeoCoordinate GeoFirstStop = new GeoCoordinate(FirstStop.NaPTANStop.Latitude, FirstStop.NaPTANStop.Longitude);
* GeoCoordinate GeoSecondStop = new GeoCoordinate(LastStop.NaPTANStop.Latitude, LastStop.NaPTANStop.Longitude);
* var Distance = GeoFirstStop.GetDistanceTo(GeoSecondStop) / 1000;
* var Time = LastStop.DepartureTime - FirstStop.DepartureTime;
*
* // if a journey time is negative, add a day to it.
* while (Time.TotalSeconds < 0)
* {
* Time = Time.Add(new TimeSpan(24, 0, 0));
* }
* var Velocity = Math.Round(Distance / Time.TotalHours, 1);
*
* JourneyVelocity journeyVelocity = new JourneyVelocity()
* {
* Velocity = Velocity,
* JourneyDetails = JourneyID
* };
* JourneyVelocities.Add(journeyVelocity);
* }
*
* var orderedJourneyVelocities = JourneyVelocities.OrderByDescending(x => x.Velocity);
*/
}
public void Enqueue(CarController car, StopLine stopLine) {
cars.Enqueue(new WaitingCar(car, stopLine));
if (State == IntersectionState.Empty)
{
State = IntersectionState.ReleaseNextCar;
}
}
protected override void OnBarUpdate()
{
if (CurrentBar == 0)
{
upTrend.Set(true);
StopDot.Set(Close[0]);
StopLine.Set(Close[0]);
PlotColors[0][0] = neutralColor;
PlotColors[1][0] = neutralColor;
return;
}
if (FirstTickOfBar)
{
priorUpTrend = upTrend[1];
priorStop = StopLine[1];
offset = mae[1];
}
if (Close[0] > priorStop)
{
upTrend.Set(true);
newStop = mm[0] - (Multiplier * offset);
currentUpTrend = true;
if (!priorUpTrend)
{
StopDot.Set(newStop);
StopLine.Set(newStop);
}
else
{
StopDot.Set(Math.Max(newStop, priorStop));
StopLine.Set(Math.Max(newStop, priorStop));
}
}
else if (Close[0] < priorStop)
{
upTrend.Set(false);
newStop = mm[0] + (Multiplier * offset);
currentUpTrend = false;
if (priorUpTrend)
{
StopDot.Set(newStop);
StopLine.Set(newStop);
}
else
{
StopDot.Set(Math.Min(newStop, priorStop));
StopLine.Set(Math.Min(newStop, priorStop));
}
}
else
{
currentUpTrend = priorUpTrend;
upTrend.Set(priorUpTrend);
StopDot.Set(priorStop);
StopLine.Set(priorStop);
}
if (PaintBars)
{
if (currentUpTrend)
{
CandleOutlineColor = upColor;
BarColor = upColor;
}
else
{
CandleOutlineColor = downColor;
BarColor = downColor;
}
}
if (colorbackground)
{
BackColor = Color.FromArgb(opacity, currentUpTrend ? backgroundcolorUp : backgroundcolorDn);
}
if (colorAllBackgrounds)
{
BackColorAll = Color.FromArgb(opacity, currentUpTrend ? backgroundcolorUp : backgroundcolorDn);
}
if (ShowArrows)
{
if (currentUpTrend && !priorUpTrend)
{
DrawArrowUp("arrow" + CurrentBar, true, 0, newStop - (0.5 * offset), upColor);
PlaySound("Alert4.wav");
}
else if (!currentUpTrend && priorUpTrend)
{
DrawArrowDown("arrow" + CurrentBar, true, 0, newStop + (0.5 * offset), downColor);
PlaySound("Alert4.wav");
}
else
{
RemoveDrawObject("arrow" + CurrentBar);
}
}
if (ShowStopLine)
{
PlotColors[1][0] = currentUpTrend && !priorUpTrend ? (gap ? neutralColor : upColor) : (currentUpTrend ? upColor : (!currentUpTrend && priorUpTrend ? (gap ? neutralColor : downColor) : downColor));
}
}
public static void GetCsvData(this StopLine stopLine,
PointOctree <CsvLane> finalLanes,
out List <CsvPoint> csvPoints,
out List <CsvLine> csvLines,
out List <CsvVector> csvVectors,
out List <CsvSignalLight> csvSignalLights,
out List <CsvStopLine> csvStopLines)
{
csvPoints = new List <CsvPoint>();
csvLines = new List <CsvLine>();
csvStopLines = new List <CsvStopLine>();
var csvSLPoints = new List <CsvPoint>();
csvVectors = new List <CsvVector>();
csvSignalLights = new List <CsvSignalLight>();
for (int i = 0; i < stopLine.Count; i++)
{
var csvPoint = new CsvPoint()
{
Position = stopLine.LineRenderer.GetPosition(i)
};
csvPoints.Add(csvPoint);
if (i > 0)
{
var csvLine = new CsvLine()
{
PointBegin = csvPoints[i - 1], PointFinal = csvPoint
};
if (i > 1)
{
csvLine.LineLast = csvLines.Last();
}
csvLines.Add(csvLine);
var signalLight = stopLine.signalLights[i - 1];
var csvSLPoint = new CsvPoint()
{
Position = signalLight.transform.position
};
csvSLPoints.Add(csvSLPoint);
var csvVector = new CsvVector()
{
Point = csvSLPoint, Rotation = signalLight.transform.rotation
};
csvVectors.Add(csvVector);
var csvSignalLight = new CsvSignalLight()
{
Vector = csvVector
};
csvSignalLights.Add(csvSignalLight);
var midPoint = (csvLine.PointBegin.Position + csvLine.PointFinal.Position) / 2;
var csvStopLine = new CsvStopLine()
{
Line = csvLine,
SignalLight = csvSignalLight,
Lane = finalLanes
.GetNearby(midPoint, Vector3.Distance(csvLine.PointBegin.Position, csvLine.PointFinal.Position))
?.OrderBy(_ => Vector3.Distance(_.FinalNode.Point.Position, midPoint))?
.FirstOrDefault()
};
csvStopLines.Add(csvStopLine);
}
}
csvPoints.AddRange(csvSLPoints);
}
public void ChooseDirection(StopLine stopLine) {
int myTurnIndex = 0;
if (turnInstructions != null && turnInstructions.Count > 0) {
myTurnIndex = (int)turnInstructions[0];
turnInstructions.RemoveAt(0);
switch (myTurnIndex) {
case (int)TurnIndex.LeftTurn:
turnDestination = stopLine.GetLeftTurnDestination();
break;
case (int)TurnIndex.Straight:
turnDestination = stopLine.GetStraightDestination();
break;
case (int)TurnIndex.RightTurn:
turnDestination = stopLine.GetRightTurnDestination();
break;
default:
break;
}
}
else {
List<Vector2> possibleDestinations = new List<Vector2>(3);
if (stopLine.CanTurnLeft()) {
possibleDestinations.Add(stopLine.GetLeftTurnDestination());
}
else {
possibleDestinations.Add(Vector2.zero);
}
if (stopLine.CanGoStraight()) {
possibleDestinations.Add(stopLine.GetStraightDestination());
}
else {
possibleDestinations.Add(Vector2.zero);
}
if (stopLine.CanTurnRight()) {
possibleDestinations.Add(stopLine.GetRightTurnDestination());
}
else {
possibleDestinations.Add(Vector2.zero);
}
myTurnIndex = Random.Range(0, possibleDestinations.Count);
while (possibleDestinations[myTurnIndex] == Vector2.zero) {
myTurnIndex = Random.Range(0, possibleDestinations.Count);
}
turnDestination = possibleDestinations[myTurnIndex];
}
switch (myTurnIndex)
{
case (int)TurnIndex.LeftTurn:
turnIndicator.TurnLeft();
break;
case (int)TurnIndex.Straight:
turnIndicator.GoStraight();
break;
case (int)TurnIndex.RightTurn:
turnIndicator.TurnRight();
break;
default:
break;
}
}