private IEnumerator OnResponse(WWW req)
{
yield return(req);
if (req.text != "{\"error\": \"No data\"}")
{
airData = JsonUtility.FromJson <AirData>(req.text);
AirDataToAirPoints(airData);
}
}
public void Clone(AirData Object)
{
TimeStamp = Object.TimeStamp;
Title = Object.Title;
Model = Object.Model;
Type = Object.Type;
Category = Object.Category;
Altitude = Object.Altitude;
AltitudeSol = Object.AltitudeSol;
Heading = Object.Heading;
Longitude = Object.Longitude;
Latitude = Object.Latitude;
IASSpeed = Object.IASSpeed;
Pitch = Object.Pitch;
Bank = Object.Bank;
Squawk = Object.Squawk;
ElevatorPos = Object.ElevatorPos;
AileronPos = Object.AileronPos;
RudderPos = Object.RudderPos;
SpoilerPos = Object.SpoilerPos;
ParkingBrakePos = Object.ParkingBrakePos;
Door1Pos = Object.Door1Pos;
Door2Pos = Object.Door2Pos;
Door3Pos = Object.Door3Pos;
Door4Pos = Object.Door4Pos;
FlapsIndex = Object.FlapsIndex;
NumEngine = Object.NumEngine;
ThrottleEng1 = Object.ThrottleEng1;
ThrottleEng2 = Object.ThrottleEng2;
ThrottleEng3 = Object.ThrottleEng3;
ThrottleEng4 = Object.ThrottleEng4;
//Etat
OnGround = Object.OnGround;
GearPos = Object.GearPos;
LandingLight = Object.LandingLight;
BeaconLight = Object.BeaconLight;
StrobeLight = Object.StrobeLight;
NavLight = Object.NavLight;
RecoLight = Object.RecoLight;
StateEng1 = Object.StateEng1;
StateEng2 = Object.StateEng2;
StateEng3 = Object.StateEng3;
StateEng4 = Object.StateEng4;
Smoke = Object.Smoke;
}
/// <summary>
/// Constructeur d'un PEER P2P
/// </summary>
/// <param name="pServer"></param>
public Peer(ref UDPServer pServer, IPAddress pExternalIP, int pPort, string CallSign, bool pDisabled = false, bool pLocal = false, List <IPAddress> pInternalIP = null)
{
m_CallSign = CallSign;
P2P = P2PManager.Instance;
m_AIMapping = AIMapping.Instance;
Server = pServer;
m_Data = new AirData();
m_OldData = new AirData();
m_SendData = new AirData();
m_FuturData = new AirData();
m_ActualPos = new AirData();
m_AIData = new AIMoveStruct();
m_ExternalIP = pExternalIP;
m_InternalIP = pInternalIP;
m_Port = pPort;
Log = Logger.Instance;
m_bLocal = pLocal;
if (!m_bLocal)
{
m_EP = new IPEndPoint(m_ExternalIP, m_Port);
}
else
{
m_EP = null;
}
m_SC = SCManager.Instance;
m_Analyseur = AnalyseurManager.Instance;
m_PM = PirepManager.Instance;
m_FrameRateArray = new List <double>();
m_bDisabled = true;
m_Mutex = new Mutex();
m_sel_iplocal = 0;
m_TrySimpleAI = false;
Disabled = pDisabled;
Visible = false;
m_bSpawnable = false;
m_bBlockData = false;
}
public AirData(AirData Object)
{
Clone(Object);
}
void AirDataToAirPoints(AirData airData)
{
airPoints = Mathf.RoundToInt(airData.no2_concentration * 1000000);
gameLogic.airPoints = airPoints;
responseText.text = "" + airPoints;
}
private void AirObservations(string json)
{
JavaScriptSerializer serializer = new JavaScriptSerializer();
// obs[0][0] = time (seconds)
// obs[0][1] = station pressure (MB)
// obs[0][2] = air temp (c)
// obs[0][3] = humidity (%)
// obs[0][4] = lightning count
// obs[0][5] = avg lightning dist (km)
// obs[0][6] = battery
// obs[0][7] = interval (minutes)
try {
double elevation = 0;
AirObj = serializer.Deserialize <AirData>(json);
AirObj.valid = true;
// Look up elevation
StationInfo si = wf_station.FindStationAir(AirObj.serial_number);
if (si != null)
{
elevation = si.elevation;
}
// Do we just want to raise an event with the data object?
AirEventArgs evnt = new AirEventArgs(AirObj);
evnt.SetDewpoint = 0;
evnt.SetApparentTemp = 0;
evnt.SetTrend = 1;
evnt.SetSeaLevel = SeaLevelPressure(AirObj.obs[0][(int)AirIndex.PRESSURE].GetValueOrDefault(), elevation);
evnt.Raw = json;
if (SkyObj.valid)
{
try {
evnt.SetDewpoint = CalcDewPoint();
evnt.SetApparentTemp = FeelsLike(AirObj.obs[0][(int)AirIndex.TEMPURATURE].GetValueOrDefault(),
AirObj.obs[0][(int)AirIndex.HUMIDITY].GetValueOrDefault(),
SkyObj.obs[0][(int)SkyIndex.WIND_SPEED].GetValueOrDefault());
// Trend is -1, 0, 1 while event wants 0, 1, 2
evnt.SetTrend = PressureTrend() + 1;
// Heat index & Windchill ??
} catch {
}
}
else
{
}
try {
WeatherFlowNS.NS.RaiseAirEvent(this, evnt);
} catch (Exception ex) {
WFLogging.Warning("Failed to process Air event. " + ex.Message);
}
WeatherFlowNS.NS.RaiseUpdateEvent(this, new UpdateEventArgs((int)AirObj.obs[0][0].GetValueOrDefault(), AirObj.serial_number, DataType.AIR));
} catch (Exception ex) {
WFLogging.Error("Deserialization failed for air data: " + ex.Message);
WFLogging.Verbose(json);
}
}
