private void ProcessHistoryData(List <Observation> datalist)
{
var totalentries = datalist.Count;
cumulus.LogMessage("Processing history data, number of entries = " + totalentries);
cumulus.LogConsoleMessage(
$"Processing history data for {totalentries} records. {DateTime.Now.ToLongTimeString()}");
var rollHour = Math.Abs(cumulus.GetHourInc());
var luhour = cumulus.LastUpdateTime.Hour;
var rolloverdone = luhour == rollHour;
var midnightraindone = luhour == 0;
var ticks = Environment.TickCount;
foreach (var historydata in datalist)
{
var timestamp = historydata.Timestamp;
cumulus.LogMessage("Processing data for " + timestamp);
var h = timestamp.Hour;
// if outside rollover hour, rollover yet to be done
if (h != rollHour)
{
rolloverdone = false;
}
// In rollover hour and rollover not yet done
if (h == rollHour && !rolloverdone)
{
// do rollover
cumulus.LogMessage("Day rollover " + timestamp.ToShortTimeString());
DayReset(timestamp);
rolloverdone = true;
}
// Not in midnight hour, midnight rain yet to be done
if (h != 0)
{
midnightraindone = false;
}
// In midnight hour and midnight rain (and sun) not yet done
if (h == 0 && !midnightraindone)
{
ResetMidnightRain(timestamp);
ResetSunshineHours(timestamp);
ResetMidnightTemperatures(timestamp);
midnightraindone = true;
}
// Pressure =============================================================
var alt = AltitudeM(cumulus.Altitude);
var seaLevel = MeteoLib.GetSeaLevelPressure(alt, (double)historydata.StationPressure, (double)historydata.Temperature);
DoPressure(ConvertPressMBToUser(seaLevel), timestamp);
// Outdoor Humidity =====================================================
DoOutdoorHumidity((int)historydata.Humidity, timestamp);
// Wind =================================================================
DoWind(ConvertWindMSToUser((double)historydata.WindGust), historydata.WindDirection,
ConvertWindMSToUser((double)historydata.WindAverage), timestamp);
// Outdoor Temperature ==================================================
DoOutdoorTemp(ConvertTempCToUser((double)historydata.Temperature), timestamp);
// add in 'archivePeriod' minutes worth of temperature to the temp samples
tempsamplestoday += historydata.ReportInterval;
TempTotalToday += OutdoorTemperature * historydata.ReportInterval;
// update chill hours
if (OutdoorTemperature < cumulus.ChillHourThreshold)
{
// add 1 minute to chill hours
ChillHours += historydata.ReportInterval / 60.0;
}
double rainrate = (double)(ConvertRainMMToUser((double)historydata.Precipitation) *
(60d / historydata.ReportInterval));
var newRain = Raincounter + ConvertRainMMToUser((double)historydata.Precipitation);
cumulus.LogMessage(
$"TempestDoRainHist: New Precip: {historydata.Precipitation}, Type: {historydata.PrecipType}, Rate: {rainrate}, LocalDayRain: {historydata.LocalDayRain}, LocalRainChecked: {historydata.LocalRainChecked}, FinalRainChecked: {historydata.FinalRainChecked}");
DoRain(newRain, rainrate, timestamp);
cumulus.LogMessage(
$"TempestDoRainHist: Total Precip for Day: {Raincounter}");
OutdoorDewpoint =
ConvertTempCToUser(MeteoLib.DewPoint(ConvertUserTempToC(OutdoorTemperature),
OutdoorHumidity));
CheckForDewpointHighLow(timestamp);
// calculate wind chill
if (ConvertUserWindToMS(WindAverage) < 1.5)
{
DoWindChill(OutdoorTemperature, timestamp);
}
else
{
// calculate wind chill from calibrated C temp and calibrated win in KPH
DoWindChill(
ConvertTempCToUser(MeteoLib.WindChill(ConvertUserTempToC(OutdoorTemperature),
ConvertUserWindToKPH(WindAverage))), timestamp);
}
DoApparentTemp(timestamp);
DoFeelsLike(timestamp);
DoHumidex(timestamp);
DoCloudBaseHeatIndex(timestamp);
DoUV((double)historydata.UV, timestamp);
DoSolarRad(historydata.SolarRadiation, timestamp);
// add in archive period worth of sunshine, if sunny
if (SolarRad > CurrentSolarMax * cumulus.SolarOptions.SunThreshold / 100 &&
SolarRad >= cumulus.SolarOptions.SolarMinimum)
{
SunshineHours += historydata.ReportInterval / 60.0;
}
LightValue = historydata.Illuminance;
// add in 'following interval' minutes worth of wind speed to windrun
cumulus.LogMessage("Windrun: " + WindAverage.ToString(cumulus.WindFormat) + cumulus.Units.WindText + " for " + historydata.ReportInterval + " minutes = " +
(WindAverage * WindRunHourMult[cumulus.Units.Wind] * historydata.ReportInterval / 60.0).ToString(cumulus.WindRunFormat) + cumulus.Units.WindRunText);
WindRunToday += WindAverage * WindRunHourMult[cumulus.Units.Wind] * historydata.ReportInterval / 60.0;
// update heating/cooling degree days
UpdateDegreeDays(historydata.ReportInterval);
// update dominant wind bearing
CalculateDominantWindBearing(Bearing, WindAverage, historydata.ReportInterval);
CheckForWindrunHighLow(timestamp);
bw?.ReportProgress((totalentries - datalist.Count) * 100 / totalentries, "processing");
//UpdateDatabase(timestamp.ToUniversalTime(), historydata.interval, false);
cumulus.DoLogFile(timestamp, false);
if (cumulus.StationOptions.LogExtraSensors)
{
cumulus.DoExtraLogFile(timestamp);
}
//AddRecentDataEntry(timestamp, WindAverage, RecentMaxGust, WindLatest, Bearing, AvgBearing,
// OutdoorTemperature, WindChill, OutdoorDewpoint, HeatIndex,
// OutdoorHumidity, Pressure, RainToday, SolarRad, UV, Raincounter, FeelsLike, Humidex);
AddRecentDataWithAq(timestamp, WindAverage, RecentMaxGust, WindLatest, Bearing, AvgBearing, OutdoorTemperature, WindChill, OutdoorDewpoint, HeatIndex,
OutdoorHumidity, Pressure, RainToday, SolarRad, UV, Raincounter, FeelsLike, Humidex, ApparentTemperature, IndoorTemperature, IndoorHumidity, CurrentSolarMax, RainRate);
if (cumulus.StationOptions.CalculatedET && timestamp.Minute == 0)
{
// Start of a new hour, and we want to calculate ET in Cumulus
CalculateEvaoptranspiration(timestamp);
}
DoTrendValues(timestamp);
UpdatePressureTrendString();
UpdateStatusPanel(timestamp);
cumulus.AddToWebServiceLists(timestamp);
}
ticks = Environment.TickCount - ticks;
var rate = ((double)totalentries / ticks) * 1000;
cumulus.LogMessage($"End processing history data. Rate: {rate:f2}/second");
cumulus.LogConsoleMessage($"Completed processing history data. {DateTime.Now.ToLongTimeString()}, Rate: {rate:f2}/second");
}
private void WeatherPacketReceived(WeatherPacket wp)
{
DateTime ts;
if (wp != null)
{
switch (wp.MsgType)
{
case WeatherPacket.MessageType.Observation:
cumulus.LogDebugMessage("Received an Observation message");
cumulus.LogDataMessage(
string.Format($"Observation data - temp: {0}, hum: {1}, gust: {2}, spdvg: {3}, press: {4}, solar: {5}, UV: {6}, rain: {7}, batt: {8}",
wp.Observation.Temperature,
wp.Observation.Humidity,
wp.Observation.WindGust,
wp.Observation.WindAverage,
wp.Observation.StationPressure,
wp.Observation.SolarRadiation,
wp.Observation.UV,
wp.Observation.Precipitation,
wp.Observation.BatteryVoltage
)
);
ts = wp.Observation.Timestamp;
var userTemp = ConvertTempCToUser(Convert.ToDouble(wp.Observation.Temperature));
DoOutdoorTemp(userTemp, ts);
DoWind(ConvertWindMSToUser((double)wp.Observation.WindGust),
wp.Observation.WindDirection,
ConvertWindMSToUser((double)wp.Observation.WindAverage),
ts);
var alt = AltitudeM(cumulus.Altitude);
var seaLevel = MeteoLib.GetSeaLevelPressure(alt, (double)wp.Observation.StationPressure,
(double)wp.Observation.Temperature);
DoPressure(ConvertPressMBToUser(seaLevel), ts);
cumulus.LogDebugMessage(
$"TempestPressure: Station:{wp.Observation.StationPressure} mb, Sea Level:{seaLevel} mb, Altitude:{alt}");
DoSolarRad(wp.Observation.SolarRadiation, ts);
DoUV((double)wp.Observation.UV, ts);
double rainrate = (double)(ConvertRainMMToUser((double)wp.Observation.Precipitation) *
(60d / wp.Observation.ReportInterval));
var newRain = Raincounter + ConvertRainMMToUser((double)wp.Observation.Precipitation);
cumulus.LogDebugMessage(
$"TempestDoRain: New Precip: {wp.Observation.Precipitation}, Type: {wp.Observation.PrecipType}, Rate: {rainrate}");
DoRain(newRain, rainrate, ts);
cumulus.LogDebugMessage(
$"TempestDoRain: Total Precip for Day: {Raincounter}");
DoOutdoorHumidity((int)wp.Observation.Humidity, ts);
OutdoorDewpoint =
ConvertTempCToUser(MeteoLib.DewPoint(ConvertUserTempToC(OutdoorTemperature),
OutdoorHumidity));
CheckForDewpointHighLow(ts);
DoApparentTemp(ts);
DoFeelsLike(ts);
DoWindChill(userTemp, ts);
DoHumidex(ts);
DoCloudBaseHeatIndex(ts);
UpdateStatusPanel(ts);
UpdateMQTT();
DoForecast(string.Empty, false);
cumulus.BatteryLowAlarm.Triggered = wp.Observation.BatteryVoltage <= 2.355M;
break;
case WeatherPacket.MessageType.RapidWind:
cumulus.LogDebugMessage("Received a Rapid Wind message");
var rw = wp.RapidWind;
cumulus.LogDataMessage($"Wind Data - speed: {rw.WindSpeed}, direction: {rw.WindDirection}");
DoWind(ConvertWindMSToUser((double)rw.WindSpeed),
rw.WindDirection,
ConvertWindMSToUser((double)rw.WindSpeed),
rw.Timestamp);
UpdateStatusPanel(rw.Timestamp);
break;
case WeatherPacket.MessageType.LightningStrike:
cumulus.LogDebugMessage("Received a Lightning message");
LightningTime = wp.LightningStrike.Timestamp;
LightningDistance = ConvertKmtoUserUnits(wp.LightningStrike.Distance);
LightningStrikesToday++;
cumulus.LogDebugMessage($"Lightning Detected: {wp.LightningStrike.Timestamp} - {wp.LightningStrike.Distance} km - {LightningStrikesToday} strikes today");
break;
}
}
}