private void bw_JSONWriter_DoWork(object sender, DoWorkEventArgs e)
{
while (!bw_JSONWriter.CancellationPending)
{
Thread.Sleep(60000);
DataTable dt = new DataTable();
// DataTable dt = FlightRadar.GetPlanePositions((int)Properties.Settings.Default.Planes_Lifetime);
// get planes each minute
// write json file
try
{
using (StreamWriter sw = new StreamWriter(TmpDirectory + Path.DirectorySeparatorChar + "planes.json"))
{
int major = Assembly.GetExecutingAssembly().GetName().Version.Major;
sw.Write("{\"full_count\":" + dt.Rows.Count.ToString() + ",\"version\":" + major.ToString());
for (int i = 0; i < dt.Rows.Count; i++)
{
string index = "\"" + i.ToString("x8") + "\"";
string hex = "\"" + dt.Rows[i]["Hex"].ToString() + "\"";
string lat = ((double)dt.Rows[i]["Lat"]).ToString("F4", CultureInfo.InvariantCulture);
string lon = ((double)dt.Rows[i]["Lon"]).ToString("F4", CultureInfo.InvariantCulture);
string track = dt.Rows[i]["Track"].ToString();
string alt = UnitConverter.m_ft((double)dt.Rows[i]["Alt"]).ToString("F0");
string speed = UnitConverter.kmh_kts((double)dt.Rows[i]["Speed"]).ToString("F0");
string squawk = "\"" + dt.Rows[i]["Squawk"].ToString() + "\"";
string radar = "\"" + dt.Rows[i]["Radar"].ToString() + "\"";
AircraftDesignator d = AircraftDatabase_old.AircraftFindByHex(dt.Rows[i]["Hex"].ToString());
string type;
if (d != null)
{
type = "\"" + d.TypeCode + "\"";
}
else
{
type = "\"" + "\"";
}
string reg = "\"" + dt.Rows[i]["Reg"].ToString() + "\"";
DateTime rtime = System.Convert.ToDateTime(dt.Rows[i]["Time"].ToString());
rtime = rtime.ToUniversalTime();
DateTime sTime = new DateTime(1970, 1, 1, 0, 0, 0, DateTimeKind.Utc);
string time = ((long)(rtime - sTime).TotalSeconds).ToString();
string dep = "\"\"";
string dest = "\"\"";
string flight = "\"\"";
string dummy0 = "\"\"";
string dummy1 = "0";
string dummy2 = "0";
string call = "\"" + dt.Rows[i]["Call"].ToString() + "\"";
string dummy3 = "0";
sw.WriteLine("," + index + ":[" +
hex + "," +
lat + "," +
lon + "," +
track + "," +
alt + "," +
speed + "," +
squawk + "," +
radar + "," +
type + "," +
reg + "," +
time + "," +
dep + "," +
dest + "," +
flight + "," +
dummy1 + "," +
dummy2 + "," +
call + "," +
dummy3 +
"]");
}
sw.WriteLine("}");
}
}
catch
{
// do nothing
}
}
}
protected override void OnDoWork(DoWorkEventArgs e)
{
Log.WriteMessage("Started.");
Arguments = (PlaneFeedWorkEventArgs)e.Argument;
if (String.IsNullOrEmpty(Thread.CurrentThread.Name))
{
Thread.CurrentThread.Name = this.GetType().Name;
}
// use PlaneInfoConverter for plausibility check
PlaneInfoConverter C = new PlaneInfoConverter();
// check boundaries
if ((Arguments.MaxLat <= Arguments.MinLat) || (Arguments.MaxLon <= Arguments.MinLon))
{
Status = STATUS.ERROR;
this.ReportProgress((int)PROGRESS.ERROR, "Area boundaries mismatch. Check your Covered Area parameters!");
Log.WriteMessage("Area boundaries mismatch. Check your Covered Area parameters!", LogLevel.Error);
}
else
{
if (Arguments.Feed == null)
{
Status = STATUS.ERROR;
this.ReportProgress((int)PROGRESS.ERROR, "Plane feed plugin not found. Check your settings!");
Log.WriteMessage("Plane feed plugin not found. Check your settings!", LogLevel.Error);
}
else
{
do
{
try
{
Status = STATUS.OK;
int interval = Arguments.Interval;
// build arguments
PlaneFeedPluginArgs feedargs = new PlaneFeedPluginArgs();
feedargs.AppDirectory = Arguments.AppDirectory;
feedargs.AppDataDirectory = Arguments.AppDataDirectory;
feedargs.LogDirectory = Arguments.LogDirectory;
feedargs.TmpDirectory = Arguments.TmpDirectory;
feedargs.DatabaseDirectory = Arguments.DatabaseDirectory;
feedargs.MaxLat = Arguments.MaxLat;
feedargs.MinLon = Arguments.MinLon;
feedargs.MinLat = Arguments.MinLat;
feedargs.MaxLon = Arguments.MaxLon;
feedargs.MyLat = Arguments.MyLat;
feedargs.MyLon = Arguments.MyLon;
feedargs.DXLat = Arguments.DXLat;
feedargs.DXLon = Arguments.DXLon;
feedargs.MinAlt = Arguments.MinAlt;
feedargs.MaxAlt = Arguments.MaxAlt;
feedargs.KeepHistory = Arguments.KeepHistory;
feedargs.InstanceID = Arguments.InstanceID;
feedargs.SessionKey = Arguments.SessionKey;
feedargs.GetKeyURL = Arguments.GetKeyURL;
// do start procedure
Arguments.Feed.Start(feedargs);
// run inner loop
do
{
// call plugin's interface to get the planes
try
{
Stopwatch st = new Stopwatch();
st.Start();
// get plane raw data and do addtional checks
PlaneFeedPluginPlaneInfoList acs = Arguments.Feed.GetPlanes(feedargs);
PlaneInfoList planes = new PlaneInfoList();
int total = acs.Count;
int count = 0;
int errors = 0;
foreach (PlaneFeedPluginPlaneInfo ac in acs)
{
// skip without error when on ground
if (ac.Ground)
{
continue;
}
// copy raw data to new PlaneInfo object
PlaneInfo plane = new PlaneInfo();
plane.Hex = ac.Hex;
plane.Lat = ac.Lat;
plane.Lon = ac.Lon;
plane.Alt = ac.Alt;
plane.Call = ac.Call;
plane.Reg = ac.Reg;
plane.Track = ac.Track;
plane.Speed = ac.Speed;
plane.Time = ac.Time;
plane.From = ac.From;
plane.To = ac.To;
plane.VSpeed = ac.VSpeed;
try
{
plane.Category = (PLANECATEGORY)ac.Category;
}
catch
{
plane.Category = PLANECATEGORY.NONE;
}
plane.Type = ac.Type;
plane.Model = ac.Model;
plane.Manufacturer = ac.Manufacturer;
// start checks
// assuming that at least a timestamp is set!
// do basic check on hex --> is strictly needed as identifier
if (!PlaneInfoChecker.Check_Hex(plane.Hex))
{
// try to fill hex from reg
if (!PlaneInfoChecker.Check_Reg(plane.Reg))
{
if (Arguments.LogErrors)
{
Log.WriteMessage("Incorrect aircraft data received [Hex]: " + plane.Hex, LogLevel.Warning);
}
errors++;
continue;
}
AircraftDesignator ad = AircraftData.Database.AircraftFindByReg(plane.Reg);
if (ad == null)
{
if (Arguments.LogErrors)
{
Log.WriteMessage("Incorrect aircraft data received [Hex]: " + plane.Hex, LogLevel.Warning);
}
errors++;
continue;
}
plane.Hex = ad.Hex;
}
// check latitude
if (!PlaneInfoChecker.Check_Lat(plane.Lat))
{
if (Arguments.LogErrors)
{
Log.WriteMessage("Incorrect aircraft data received [Lat]: " + plane.Lat.ToString("F8", CultureInfo.InvariantCulture), LogLevel.Warning);
}
errors++;
continue;
}
// skip without error when latitude is out of scope
if ((plane.Lat < Arguments.MinLat) || (plane.Lat > Arguments.MaxLat))
{
continue;
}
// check longitude
if (!PlaneInfoChecker.Check_Lon(plane.Lon))
{
if (Arguments.LogErrors)
{
Log.WriteMessage("Incorrect aircraft data received [Lon]: " + plane.Lon.ToString("F8", CultureInfo.InvariantCulture), LogLevel.Warning);
}
errors++;
continue;
}
// skip without error when longitude is out of scope
if ((plane.Lon < Arguments.MinLon) || (plane.Lon > Arguments.MaxLon))
{
continue;
}
// check altitude
if (!PlaneInfoChecker.Check_Alt(plane.Alt))
{
// try to recover altitude from previuos messages
PlaneInfo info = null;
if (PlanePositions.TryGetValue(plane.Hex, out info))
{
plane.Alt = info.Alt;
}
else
{
if (Arguments.LogErrors)
{
Log.WriteMessage("Incorrect aircraft data received [Alt]: " + plane.Alt.ToString("F8", CultureInfo.InvariantCulture), LogLevel.Warning);
}
errors++;
continue;
}
}
// skip without error when altitude_ is out of bounds
if ((plane.Alt_m < Arguments.MinAlt) || (plane.Alt_m > Arguments.MaxAlt))
{
continue;
}
// check call
if (!PlaneInfoChecker.Check_Call(plane.Call))
{
// try to recover from cache if check fails or set it to [unknown]
PlaneInfo info = null;
if (PlanePositions.TryGetValue(plane.Hex, out info))
{
plane.Call = info.Call;
}
else
{
plane.Call = "[unknown]";
}
}
// still unknown call --> try to recover last known call from database
if (!PlaneInfoChecker.Check_Call(plane.Call))
{
AircraftDesignator ad = AircraftData.Database.AircraftFindByHex(plane.Hex);
if (ad != null)
{
plane.Call = ad.Call;
}
else
{
plane.Call = "[unknown]";
}
}
// check registration
if (!PlaneInfoChecker.Check_Reg(plane.Reg))
{
// try to recover from cache if check fails or set it to [unknown]
PlaneInfo info = null;
if (PlanePositions.TryGetValue(plane.Hex, out info))
{
plane.Reg = info.Reg;
}
else
{
plane.Reg = "[unknown]";
}
}
// still unknown --> try to recover last known reg from database
if (!PlaneInfoChecker.Check_Reg(plane.Reg))
{
AircraftDesignator ad = AircraftData.Database.AircraftFindByHex(plane.Hex);
if (ad != null)
{
plane.Reg = ad.Reg;
}
else
{
plane.Reg = "[unknown]";
}
}
// check speed
if (!PlaneInfoChecker.Check_Track(plane.Track))
{
if (Arguments.LogErrors)
{
Log.WriteMessage("Incorrect aircraft data received [Track]: " + plane.Track.ToString("F8", CultureInfo.InvariantCulture), LogLevel.Warning);
}
errors++;
continue;
}
// check speed
if (!PlaneInfoChecker.Check_Speed(plane.Speed))
{
// try to recover speed from previous messages
PlaneInfo info = null;
if (PlanePositions.TryGetValue(plane.Hex, out info))
{
plane.Speed = info.Speed;
}
else
{
if (Arguments.LogErrors)
{
Log.WriteMessage("Incorrect aircraft data received [Speed]: " + plane.Speed.ToString("F8", CultureInfo.InvariantCulture), LogLevel.Warning);
}
errors++;
continue;
}
}
// check type
if (!PlaneInfoChecker.Check_Type(plane.Type))
{
AircraftDesignator ad = AircraftData.Database.AircraftFindByHex(plane.Hex);
if (ad != null)
{
plane.Type = ad.TypeCode;
// getrest of info later later
}
else
{
// set all type info to unknown
plane.Type = "[unknown]";
plane.Model = "[unknown]";
plane.Manufacturer = "[unknown]";
plane.Category = PLANECATEGORY.NONE;
}
}
// try to recover type info from database if check fails or unknown
if (!PlaneInfoChecker.Check_Manufacturer(plane.Manufacturer) || !PlaneInfoChecker.Check_Model(plane.Model) ||
(plane.Manufacturer == "[unkonwn]") || (plane.Model == "[unknown]"))
{
AircraftTypeDesignator td = AircraftData.Database.AircraftTypeFindByICAO(plane.Type);
if (td != null)
{
plane.Manufacturer = td.Manufacturer;
plane.Model = td.Model;
plane.Category = td.Category;
}
else
{
plane.Manufacturer = "[unknown]";
plane.Model = "[unknown]";
plane.Category = PLANECATEGORY.NONE;
}
}
// remove manufacturer info if part of model description
if (plane.Model.StartsWith(plane.Manufacturer))
{
plane.Model = plane.Model.Remove(0, plane.Manufacturer.Length).Trim();
}
// check position against estimated position from last konwn if possible
PlaneInfo oldplane = PlanePositions.Get(plane.Hex, plane.Time, 5);
double dist = 0;
if (Arguments.ExtendedPlausibilityCheck_Enable && (oldplane != null) && ((dist = LatLon.Distance(oldplane.Lat, oldplane.Lon, plane.Lat, plane.Lon)) > Arguments.ExtendedPlausiblityCheck_MaxErrorDist))
{
// report error
if (Arguments.LogErrors)
{
Log.WriteMessage("Incorrect aircraft position received [(" + oldplane.Lat.ToString("F8") + "," + oldplane.Lon.ToString("F8") + ")<" + dist.ToString("F0") + "km>(" + plane.Lat.ToString("F8") + "," + plane.Lon.ToString("F8") + ")]: " + plane.ToString(), LogLevel.Warning);
}
errors++;
continue;
}
// all checks successfully done --> add plane to list
planes.Add(plane);
count++;
// cancel thread if requested
if (this.CancellationPending)
{
return;
}
}
// update local cache
this.PlanePositions.BulkInsertOrUpdateIfNewer(planes);
// report planes to main program
this.ReportProgress((int)PROGRESS.PLANES, planes);
// update global database
AircraftData.Database.PlaneInfoBulkInsertOrUpdateIfNewer(this, planes);
// update position database if enabled
if (Arguments.KeepHistory)
{
AircraftPositionData.Database.PlaneInfoBulkInsertOrUpdateIfNewer(planes);
}
st.Stop();
string msg = "[" + DateTime.UtcNow.ToString("HH:mm:ss") + "] " +
total.ToString() + " Positions updated from " + Arguments.Feed.Name + ", " +
st.ElapsedMilliseconds.ToString() + " ms. OK: " + count.ToString() + ", Errors: " + errors.ToString();
this.ReportProgress((int)PROGRESS.STATUS, msg);
// write all planes to file
try
{
using (StreamWriter sw = new StreamWriter(Path.Combine(Arguments.TmpDirectory, "planes.csv")))
{
sw.WriteLine("Time;Hex;Lat;Lon;Alt;Track;Speed;Call;Reg;From;To;VSpeed");
foreach (PlaneInfo plane in planes)
{
sw.WriteLine(plane.Time + ";" +
plane.Hex + ";" +
plane.Lat + ";" +
plane.Lon + ";" +
plane.Alt + ";" +
plane.Track + ";" +
plane.Speed + ";" +
plane.Call + ";" +
plane.Reg + ";" +
plane.From + ";" +
plane.To + ";" +
plane.VSpeed);
}
}
}
catch (Exception ex)
{
// do nothing
}
}
catch (Exception ex)
{
Status = STATUS.ERROR;
this.ReportProgress((int)PROGRESS.ERROR, "Plane Feed Execption: " + ex.Message);
Log.WriteMessage(ex.ToString(), LogLevel.Error);
}
// wait for next execution
int i = 0;
while (!CancellationPending && (i < interval))
{
Thread.Sleep(1000);
i++;
}
}while (!CancellationPending);
// do stop procedure
Arguments.Feed.Stop(feedargs);
}
catch (Exception ex)
{
Status = STATUS.ERROR;
this.ReportProgress((int)PROGRESS.ERROR, "Plane Feed Execption: " + ex.Message);
Log.WriteMessage(ex.ToString(), LogLevel.Error);
Console.WriteLine("Plane Feed Execption: " + ex.ToString(), LogLevel.Error);
}
}while (!this.CancellationPending);
}
}
this.ReportProgress((int)PROGRESS.FINISHED);
Log.WriteMessage("Finished.");
}
private void bw_History_DoWork(object sender, DoWorkEventArgs e)
{
// check that Stepwidth ist positive in any case
if (Properties.Settings.Default.Path_History_StepWidth <= 0)
{
Properties.Settings.Default.Path_History_StepWidth = 1;
}
bw_History.ReportProgress(0, "Calculating Path....");
LocationDesignator mycall = StationData.Database.LocationFindOrCreate(Properties.Settings.Default.MyCall, MaidenheadLocator.LocFromLatLon(Properties.Settings.Default.MyLat, Properties.Settings.Default.MyLon, false, 3));
QRVDesignator myqrv = StationData.Database.QRVFindOrCreateDefault(mycall.Call, mycall.Loc, Properties.Settings.Default.Band);
// set qrv defaults if zero
if (myqrv.AntennaHeight == 0)
{
myqrv.AntennaHeight = StationData.Database.QRVGetDefaultAntennaHeight(Properties.Settings.Default.Band);
}
if (myqrv.AntennaGain == 0)
{
myqrv.AntennaGain = StationData.Database.QRVGetDefaultAntennaGain(Properties.Settings.Default.Band);
}
if (myqrv.Power == 0)
{
myqrv.Power = StationData.Database.QRVGetDefaultPower(Properties.Settings.Default.Band);
}
if (Properties.Settings.Default.Path_BestCaseElevation)
{
if (!MaidenheadLocator.IsPrecise(mycall.Lat, mycall.Lon, 3))
{
ElvMinMaxInfo maxinfo = ElevationData.Database.ElevationTileFindMinMaxInfo(mycall.Loc, Properties.Settings.Default.ElevationModel);
if (maxinfo != null)
{
mycall.Lat = maxinfo.MaxLat;
mycall.Lon = maxinfo.MaxLon;
}
}
}
LocationDesignator dxcall = StationData.Database.LocationFindOrCreate(Properties.Settings.Default.DXCall, MaidenheadLocator.LocFromLatLon(Properties.Settings.Default.DXLat, Properties.Settings.Default.DXLon, false, 3));
QRVDesignator dxqrv = StationData.Database.QRVFindOrCreateDefault(dxcall.Call, dxcall.Loc, Properties.Settings.Default.Band);
// set qrv defaults if zero
if (dxqrv.AntennaHeight == 0)
{
dxqrv.AntennaHeight = StationData.Database.QRVGetDefaultAntennaHeight(Properties.Settings.Default.Band);
}
if (dxqrv.AntennaGain == 0)
{
dxqrv.AntennaGain = StationData.Database.QRVGetDefaultAntennaGain(Properties.Settings.Default.Band);
}
if (dxqrv.Power == 0)
{
dxqrv.Power = StationData.Database.QRVGetDefaultPower(Properties.Settings.Default.Band);
}
if (Properties.Settings.Default.Path_BestCaseElevation)
{
if (!MaidenheadLocator.IsPrecise(dxcall.Lat, dxcall.Lon, 3))
{
ElvMinMaxInfo maxinfo = ElevationData.Database.ElevationTileFindMinMaxInfo(dxcall.Loc, Properties.Settings.Default.ElevationModel);
if (maxinfo != null)
{
dxcall.Lat = maxinfo.MaxLat;
dxcall.Lon = maxinfo.MaxLon;
}
}
}
// find local obstruction, if any
LocalObstructionDesignator o = ElevationData.Database.LocalObstructionFind(mycall.Lat, mycall.Lon, Properties.Settings.Default.ElevationModel);
double mybearing = LatLon.Bearing(mycall.Lat, mycall.Lon, dxcall.Lat, dxcall.Lon);
double myobstr = (o != null) ? o.GetObstruction(myqrv.AntennaHeight, mybearing) : double.MinValue;
// try to find propagation path in database or create new one and store
PPath = PropagationData.Database.PropagationPathFindOrCreateFromLatLon(
bw_History,
mycall.Lat,
mycall.Lon,
ElevationData.Database[mycall.Lat, mycall.Lon, Properties.Settings.Default.ElevationModel] + myqrv.AntennaHeight,
dxcall.Lat,
dxcall.Lon,
ElevationData.Database[dxcall.Lat, dxcall.Lon, Properties.Settings.Default.ElevationModel] + dxqrv.AntennaHeight,
Bands.ToGHz(Properties.Settings.Default.Band),
LatLon.Earth.Radius * Properties.Settings.Default.Path_Band_Settings[Properties.Settings.Default.Band].K_Factor,
Properties.Settings.Default.Path_Band_Settings[Properties.Settings.Default.Band].F1_Clearance,
ElevationData.Database.GetDefaultStepWidth(Properties.Settings.Default.ElevationModel),
Properties.Settings.Default.ElevationModel,
myobstr);
DateTime time = From;
lock (Crossings)
{
Crossings.Clear();
}
lock (NearestPositions)
{
NearestPositions.Clear();
}
// pre-select nearest positions only
bw_History.ReportProgress(0, "Pre-selecting nearest positions...");
LatLon.GPoint midpoint = PPath.GetMidPoint();
double maxdist = PPath.Distance / 2;
foreach (AircraftPositionDesignator ap in AllPositions)
{
if ((ap.LastUpdated >= From) && (ap.LastUpdated <= To) && (LatLon.Distance(ap.Lat, ap.Lon, midpoint.Lat, midpoint.Lon) <= maxdist))
{
AircraftDesignator ac = null;
AircraftTypeDesignator at = null;
ac = AircraftData.Database.AircraftFindByHex(ap.Hex);
if (ac != null)
{
at = AircraftData.Database.AircraftTypeFindByICAO(ac.TypeCode);
}
PlaneInfo plane = new PlaneInfo(ap.LastUpdated, ap.Call, ((ac != null) && (!String.IsNullOrEmpty(ac.TypeCode)))? ac.Reg : "[unknown]", ap.Hex, ap.Lat, ap.Lon, ap.Track, ap.Alt, ap.Speed, (ac != null) && (!String.IsNullOrEmpty(ac.TypeCode)) ? ac.TypeCode : "[unkomwn]", ((at != null) && (!String.IsNullOrEmpty(at.Manufacturer))) ? at.Manufacturer : "[unknown]", ((at != null) && (!String.IsNullOrEmpty(at.Model))) ? at.Model : "[unknown]", (at != null) ? at.Category : PLANECATEGORY.NONE);
lock (NearestPositions)
{
NearestPositions.Add(plane);
}
if (NearestPositions.Count % 1000 == 0)
{
bw_History.ReportProgress(0, "Pre-selecting nearest positions..." + "[" + NearestPositions.Count.ToString() + "]");
}
}
if (bw_History.CancellationPending)
{
break;
}
}
bw_History.ReportProgress(0, "Pre-selecting nearest positions finished, " + NearestPositions.Count.ToString() + " positions.");
// return if no positions left over
if (NearestPositions.Count == 0)
{
return;
}
int startindex = 0;
// set timeline to first reported position
time = NearestPositions[0].Time;
while ((!bw_History.CancellationPending) && (time <= To))
{
if (Crossings.Count % 1000 == 0)
{
bw_History.ReportProgress(0, "Calculating at " + time.ToString("yyyy-MM-dd HH:mm:ss") + ", " + Crossings.Count.ToString() + " crossings so far.");
}
// calculate from timestamp
DateTime from = time.AddMinutes(-Properties.Settings.Default.Planes_Position_TTL);
// fill plane position cache
PlaneInfoCache ac = new PlaneInfoCache();
int i = startindex;
startindex = -1;
while ((!bw_History.CancellationPending) && (i < NearestPositions.Count))
{
// update ap in cache if relevant
if (NearestPositions[i].Time >= from)
{
// store first index as startindex for next iteration
if (startindex == -1)
{
startindex = i;
}
lock (ac)
{
ac.InsertOrUpdateIfNewer(NearestPositions[i]);
}
}
// stop if position is newer than current time
if (NearestPositions[i].Time > time)
{
break;
}
i++;
}
List <PlaneInfo> allplanes = ac.GetAll(time, Properties.Settings.Default.Planes_Position_TTL);
// get nearest planes
List <PlaneInfo> nearestplanes = AircraftData.Database.GetNearestPlanes(time, PPath, allplanes, Properties.Settings.Default.Planes_Filter_Max_Circumcircle, Properties.Settings.Default.Path_Band_Settings[Properties.Settings.Default.Band].MaxDistance, Properties.Settings.Default.Planes_MaxAlt);
if ((nearestplanes != null) && (nearestplanes.Count() > 0))
{
// get all planes crossing the path
foreach (PlaneInfo plane in nearestplanes)
{
if (plane.IntQRB <= Properties.Settings.Default.Path_Band_Settings[Properties.Settings.Default.Band].MaxDistance)
{
// check if level value is available
SignalLevelDesignator ad = SignalData.Database.SignalLevelFind(plane.Time);
if (ad != null)
{
plane.SignalStrength = ad.Level;
}
else
{
plane.SignalStrength = double.MinValue;
}
lock (Crossings)
{
if (!Properties.Settings.Default.Analysis_CrossingHistory_WithSignalLevel || (ad != null))
{
Crossings.Add(plane);
}
}
}
bw_History.ReportProgress(0, "Calculating at " + time.ToString("yyyy-MM-dd HH:mm:ss") + ", " + Crossings.Count.ToString() + " crossings so far.");
}
}
time = time.AddSeconds(Stepwidth);
}
bw_History.ReportProgress(100, "Calculation done.");
}
