protected void ExtractGFSFileLatLon(double latitude, double longitude, int observationTime, int forcastHours)
{
string GfsFileName = BuildFilename(observationTime, forcastHours);
string slat = Math.Round(latitude).ToString("00");
string slon = Math.Round(longitude).ToString("000");
ObservationDate = DateTime.Today.AddHours(observationTime);
ForcastDate = ObservationDate.AddHours(forcastHours);
DateTime t0 = DateTime.Today.AddHours(observationTime).AddHours(forcastHours);
#if OS_WIN_64
string args = $"./resources/{GfsFileName} -s -lon {slat} {slon}";
string filePath = string.Format(@".\resources\weatherData\gfs{0:0000}{1:00}{2:00}{3:00}-{4}-{5}.grid", t0.Year, t0.Month, t0.Day, t0.Hour, slat, slon);
if (!Directory.Exists(@".\resources\weatherData\"))
{
Directory.CreateDirectory(@".\resources\weatherData\");
}
#else
string args = $"./resources/{GfsFileName} -s -lon {slat} {slon}";
string filePath = string.Format(@"./resources/weatherData/gfs{0:0000}{1:00}{2:00}{3:00}-{4}-{5}.grid", t0.Year, t0.Month, t0.Day, t0.Hour, slat, slon);
if (!Directory.Exists(@"./resources/weatherData/"))
{
Directory.CreateDirectory(@"./resources/WeatherData/");
}
#endif
if (File.Exists(filePath))
{
File.Delete(filePath);
}
StreamWriter gfsStreamW = File.CreateText(filePath);
Process extract = new Process()
{
StartInfo = new ProcessStartInfo()
{
UseShellExecute = false,
Arguments = args.ToString(),
#if OS_WIN_64
FileName = @".\Process\wgrib2_win_64.exe",
#elif OS_LIN_64
FileName = @"./Process/wgrib2_lin_64",
#elif OS_LIN_ARM
FileName = @"./Process/wgrib2_arm64",
#endif
CreateNoWindow = true,
RedirectStandardOutput = true,
}
};
extract.Start();
gfsStreamW.Write(extract.StandardOutput.ReadToEnd());
extract.WaitForExit();
gfsStreamW.Flush();
gfsStreamW.Close();
ParseFile(filePath);
}
public SerializableHighLowSet getSerializableHighLowSet()
{
SerializableHighLowSet serializableObject = new SerializableHighLowSet();
serializableObject.ObservationDate = ObservationDate.ToString("yyyy-MM-dd");
serializableObject.HighTemp = HighTemp;
serializableObject.LowTemp = LowTemp;
serializableObject.HighHeatIndex = HighHeatIndex;
serializableObject.LowHeatIndex = LowHeatIndex;
serializableObject.HighWindChill = HighWindChill;
serializableObject.LowWindChill = LowWindChill;
serializableObject.HighWindSpeed = HighWindSpeed;
serializableObject.HighHumidity = HighHumidity;
serializableObject.LowHumidity = LowHumidity;
serializableObject.HighDewPoint = HighDewPoint;
serializableObject.LowDewPoint = LowDewPoint;
serializableObject.HighPressure = HighPressure;
serializableObject.LowPressure = LowPressure;
serializableObject.DayRain = DayRain;
serializableObject.HighRainRate = HighRainRate;
return(serializableObject);
}
public SerializableObservationFull getSerializableObservationFull()
{
SerializableObservationFull serializableObject = new SerializableObservationFull();
serializableObject.ObservationDate = ObservationDate.ToString("yyyy-MM-dd HH:mm");
serializableObject.UTCObservationDate = ObservationDate.ToUniversalTime().ToString("yyyy-MM-dd HH:mm");
serializableObject.Temperature = Temperature;
serializableObject.HiTemperature = HiTemperature;
serializableObject.HiTemperatureTime = HiTemperatureTime.ToString("yyyy-MM-dd HH:mm");
serializableObject.LowTemperature = LowTemperature;
serializableObject.LowTemperatureTime = LowTemperatureTime.ToString("yyyy-MM-dd HH:mm");
serializableObject.WindChill = WindChill;
serializableObject.LowWindChill = LowWindChill;
serializableObject.LowWindChillTime = LowWindChillTime.ToString("yyyy-MM-dd HH:mm");
serializableObject.HeatIndex = HeatIndex;
serializableObject.HiHeatIndex = HiHeatIndex;
serializableObject.HiHeatIndexTime = HiHeatIndexTime.ToString("yyyy-MM-dd HH:mm");
serializableObject.WindSpeed = WindSpeed;
serializableObject.TenMinAvgWindSpeed = TenMinAvgWindSpeed;
serializableObject.HiWindSpeed = HiWindSpeed;
serializableObject.HiWindSpeedTime = HiWindSpeedTime.ToString("yyyy-MM-dd HH:mm");
serializableObject.WindDirection = WindDirection;
serializableObject.WindDirectionLetter = WindDirectionLetter;
serializableObject.Humidity = Humidity;
serializableObject.DewPoint = DewPoint;
serializableObject.Pressure = Pressure;
serializableObject.TodayRain = TodayRain;
serializableObject.StormRain = StormRain;
serializableObject.MonthRain = MonthRain;
serializableObject.YearRain = YearRain;
serializableObject.RainRate = RainRate;
serializableObject.HiRainRate = HiRainRate;
if (HiRainRate != 0)
{
serializableObject.HiRainRateTime = HiRainRateTime.ToString("yyyy-MM-dd HH:mm");
}
return(serializableObject);
}
public SerializableObservationHistorical getSerializableObservationHistorical()
{
SerializableObservationHistorical serializableObject = new SerializableObservationHistorical();
serializableObject.ObservationDate = ObservationDate.ToString("yyyy-MM-dd HH:mm");
serializableObject.Temperature = Temperature;
serializableObject.WindChill = WindChill;
serializableObject.HeatIndex = HeatIndex;
serializableObject.WindSpeed = WindSpeed;
serializableObject.TenMinAvgWindSpeed = TenMinAvgWindSpeed;
serializableObject.WindDirection = WindDirection;
serializableObject.WindDirectionLetter = WindDirectionLetter;
serializableObject.Humidity = Humidity;
serializableObject.DewPoint = DewPoint;
serializableObject.Pressure = Pressure;
serializableObject.TodayRain = TodayRain;
serializableObject.StormRain = StormRain;
serializableObject.MonthRain = MonthRain;
serializableObject.YearRain = YearRain;
serializableObject.RainRate = RainRate;
return(serializableObject);
}
public void ResetSettings()
{
ObservationDate.ResetSettings();
RegistrationDate.ResetSettings();
ChangeDate.ResetSettings();
}
public override bool IsSettingsDefault()
{
return(ObservationDate.IsSettingsDefault() &&
RegistrationDate.IsSettingsDefault() &&
ChangeDate.IsSettingsDefault());
}
