internal static List <string> FormatForecastResponse(ForecastWeatherModel.Forecast forecast, CurrentWeatherModel.Location location, bool shortWeather = false)
{
var b = IrcConstants.IrcBold;
var n = IrcConstants.IrcNormal;
var c = IrcConstants.IrcColor;
var colours = new Colours();
List <string> response = new List <string>();
foreach (ForecastWeatherModel.ForecastDay day in forecast.ForecastDays)
{
if (shortWeather)
{
response.Add($"Forecast for {day.Date.ToShortDateString()}: {b}Avg:{n} {FormatTemperatureCelsius(day.Day.AvgTempCelsius)}°C; " +
$"{b}Min:{n} {FormatTemperatureCelsius(day.Day.MinTempCelsius)}°C; " +
$"{b}Max:{n} {FormatTemperatureCelsius(day.Day.MaxTempCelsius)}°C; " +
//$"{b}Cond:{n} {day.Day.Condition.Text}; " +
$"{b}Precip:{n} {day.Day.TotalPrecipMm} mm; " +
$"{b}Avg Humidity:{n} {day.Day.AvgHumidity}%; " +
$"{b}Astro:{n} Sunrise at {c}{colours.Blue}{day.Astro.Sunrise}{n}, sunset at {c}{colours.Orange}{day.Astro.Sunset}{n}");
continue;
}
response.Add($"Forecast for {day.Date.ToShortDateString()}: {b}Avg:{n} {FormatTemperatureCelsius(day.Day.AvgTempCelsius)}°C / {FormatTemperatureFahrenheit(day.Day.AvgTempFahrenheit)}°F; " +
$"{b}Min:{n} {FormatTemperatureCelsius(day.Day.MinTempCelsius)}°C / {FormatTemperatureFahrenheit(day.Day.MinTempFahrenheit)}°F; " +
$"{b}Max:{n} {FormatTemperatureCelsius(day.Day.MaxTempCelsius)}°C / {FormatTemperatureFahrenheit(day.Day.MaxTempFahrenheit)}°F; " +
//$"{b}Condition:{n} {day.Day.Condition.Text}; " +
$"{b}Wind (Max):{n} {day.Day.MaxWindKph} Kph / {day.Day.MaxWindMph} Mph; " +
$"{b}Precipitation:{n} {day.Day.TotalPrecipMm} mm / {day.Day.TotalPrecipIn} in; " +
$"{b}Avg Visibility:{n} {day.Day.AvgVisibilityKm} km / {day.Day.AvgVisibilityMiles} mi; " +
$"{b}Avg Humidity:{n} {day.Day.AvgHumidity}%; " +
$"{b}Astro:{n} Sunrise at {c}{colours.Blue}{day.Astro.Sunrise}{n}, sunset at {c}{colours.Orange}{day.Astro.Sunset}{n}");
}
return(response);
}
internal static string FormatWeatherResponse(CurrentWeatherModel.CurrentCondition currentWeather, CurrentWeatherModel.Location location, bool shortWeather = false)
{
var b = IrcConstants.IrcBold;
var n = IrcConstants.IrcNormal; // Gets a bit repetitive (also I'm illiterate)
if (shortWeather)
{
return
($"{b}{location.Name}, {location.Country}{n}: " +
$"{b}Temp:{n} {FormatTemperatureCelsius(currentWeather.Temperature)}°C " +
$"(feels like {FormatTemperatureCelsius(currentWeather.FeelsLike)}°C); " +
$"{b}Cond:{n} {currentWeather.WeatherDescriptions[0]}; " +
$"{b}Precip:{n} {currentWeather.Precipitation} mm; " +
$"{b}Humidity:{n} {currentWeather.Humidity}%; " +
$"at {currentWeather.ObservationTime} UTC");
}
return
($"Weather at {b}{location.Name}, {location.Region}, {location.Country}{n}: " +
$"{b}Temp:{n} {FormatTemperatureCelsius(currentWeather.Temperature)}°C / {FormatTemperatureFahrenheit(ConversionHelpers.CelsiusToFahrenheit(currentWeather.Temperature))}°F " +
$"(feels like {FormatTemperatureCelsius(currentWeather.FeelsLike)}°C / {FormatTemperatureFahrenheit(ConversionHelpers.CelsiusToFahrenheit(currentWeather.FeelsLike))}°F); " +
$"{b}Condition:{n} {currentWeather.WeatherDescriptions[0]}; " +
$"{b}Wind:{n} {currentWeather.WindSpeed} Kph / {ConversionHelpers.KilometresToMiles(currentWeather.WindSpeed)} Mph {currentWeather.WindDirection}; " +
$"{b}Precipitation:{n} {currentWeather.Precipitation} mm / {ConversionHelpers.MmToInch(currentWeather.Precipitation)} in; " +
$"{b}Humidity:{n} {currentWeather.Humidity}%; " +
$"{b}Pressure:{n} {currentWeather.Pressure} mbars; " +
$"{b}Visibility:{n} {currentWeather.Visibility} km / {ConversionHelpers.KilometresToMiles( currentWeather.Visibility)} mi; " +
$"Observed at {currentWeather.ObservationTime} UTC");
}
