// Crayted measurements from coordinates
private TerrestrialObservation AddMeasurements(TerrestrialPosition coords, TerrestrialObservation observation)
{
observation.EdmDistance = Math.Sqrt(Math.Pow(coords.Easting, 2) + Math.Pow(coords.Northing, 2) + Math.Pow(coords.Elevation, 2));
observation.HorizontalCircleReading = Math.Atan2(coords.Easting, coords.Northing);
observation.VerticalAngle = Math.Atan2(Math.Sqrt(Math.Pow(coords.Easting, 2) + Math.Pow(coords.Northing, 2)), coords.Elevation);
return(observation);
}
// Calculates Face2 from Face1
public TerrestrialObservation FlipFace(TerrestrialObservation observation)
{
observation.HorizontalCircleReading = observation.HorizontalCircleReading + Math.PI;
if (observation.HorizontalCircleReading > Math.PI * 2)
{
observation.HorizontalCircleReading = observation.HorizontalCircleReading - Math.PI * 2;
}
observation.VerticalAngle = Math.PI * 2 - observation.VerticalAngle;
observation.ObservationType = "Face2";
observation.TimeUtc.AddSeconds(30);
return(observation);
}
public TerrestrialObservation GetTerrestrialObservation(string target, Config config, Random rnd, int step, bool fail)
{
// create a new observation
TerrestrialObservation observation = new TerrestrialObservation {
PointId = target,
ObservationType = "Face1",
// Not used ritght now ...
Pressure = 930,
PrismConstant = 0,
TargetHeight = 0,
CompensatorTiltX = 0,
CompensatorTiltY = 0,
};
_Fail = fail;
double j = step * Increment(config.Interval);
// Add calculated data to the observation
observation.Temperature = Math.Round(config.Temperature + Math.Sin(j * Math.PI) * 0.8, 1);
TerrestrialPosition position = GetCoords(config.Targets[target], j, rnd);
TerrestrialObservation obsnew = AddMeasurements(position, observation);
return(obsnew);
}
public Simulator(string config)
{
// Loads configuration
_Config = JsonConvert.DeserializeObject <Config>(File.ReadAllText(config));
// Sets starting parameters
Random rnd = new Random();
int i = 0;
int tag = 0;
int day = 1440 / _Config.Interval - 1;
int timeTofail = Convert.ToInt32(day * _Config.Days * _Config.AddOutliers);
bool fail = false;
List <TerrestrialObservation> observations = new List <TerrestrialObservation>();
Dictionary <string, List <string> > failList = new Dictionary <string, List <string> >();
// Documantation for outliers
foreach (var target in _Config.Targets)
{
failList.Add(target.Key, new List <string>());
}
Console.WriteLine("Ready to generate " + (day * _Config.Days).ToString() + " Observations");
Console.ReadLine();
while (i < day * _Config.Days)
{
i++;
// new message
TerrestrialRoundMessage message = new TerrestrialRoundMessage
{
DeviceId = _Config.DeviceId,
RoundStartUtc = _Config.StartTime.AddMinutes(i * _Config.Interval),
Station = _Config.Station
};
message.RoundId = CalcRoundId(_Config.DeviceId, message.RoundStartUtc, _Config.Station);
// Send station record
_MessageSender.SendStationRecord(message);
// Crating observation message
foreach (var target in _Config.Targets)
{
// deciding if the new observation is an outlier
if (i > timeTofail)
{
if (failList[target.Key].Count == 0)
{
if (rnd.NextDouble() > 0.9)
{
fail = true;
failList[target.Key].Add(i.ToString());
}
}
else if (i - Convert.ToInt16(failList[target.Key][failList[target.Key].Count - 1]) > 4) // this prevents that there are 2 outliers too close to another
{
if (rnd.NextDouble() > 0.9)
{
fail = true;
failList[target.Key].Add(i.ToString());
}
}
}
//generating the observation
var obs = _DataGenerator.GetTerrestrialObservation(target.Key, _Config, rnd, i, fail);
// save observations to the list
obs.TimeUtc = message.RoundStartUtc.AddMinutes(tag);
observations.Add(obs);
TerrestrialObservation face2 = clone(obs);
observations.Add(_DataGenerator.FlipFace(face2));
// resetting parameters for next loop
fail = false;
tag++;
}
// adding observations to message and sending the message
message.Observations = observations.ToArray();
_MessageSender.SendObservationRecord(message);
message.Observations = null;
message.RoundEndUtc = message.RoundStartUtc.AddMinutes(tag + 1);
_MessageSender.SendRoundEnd(message);
//Resetting values for next loop
tag = 0;
observations.Clear();
}
foreach (var target in failList)
{
File.WriteAllLines(_Config.FailSavePath + _Config.DeviceId + target.Key + ".csv", (target.Value.ToArray()));
}
Console.WriteLine("Finished sending messages");
Console.ReadLine();
}
private TerrestrialObservation clone(TerrestrialObservation terrestrialObservation)
{
string desi = JsonConvert.SerializeObject(terrestrialObservation);
return(JsonConvert.DeserializeObject <TerrestrialObservation>(desi));
}
