void wTick_Tick(object sender, EventArgs e)
{
var rand = new Random();
var wu = new WeatherUpdate();
// Fow now, return some random values
wu.Time = DateTime.Now;
wu.Temperature = 25F + (float)rand.NextDouble();
wu.Humidity = 50F + 10F*(float)rand.NextDouble();
wu.Rain = (float)rand.NextDouble();
wu.Irradiation = 900F + 100F*(float)rand.NextDouble();
wu.Pressure = 1000F + 50F*(float)rand.NextDouble();
wu.WindSpeedInstant = 5F * (float)rand.NextDouble();
wu.WindSpeedAvg2Min = 2F + (float)rand.NextDouble();
wu.WindSpeedGust10Min = 5F + (float)rand.NextDouble();
wu.WindDirectionInstant = 45F + 5F * (float)rand.NextDouble();
wu.WindDirectionAvg2Min = 45F + 1F * (float)rand.NextDouble();
wu.WindDirectionGust10Min = 45F + 1F * (float)rand.NextDouble();
var wtea = new WeatherTickEventArgs(wu);
OnWeatherTick(wtea);
}
static void wl_WeatherTick(object sender, WeatherTickEventArgs e)
{
var wu = e.Update;
Console.WriteLine("Temperature: " + wu.Temperature + " C (" + wu.Temperature.ToF() + " F");
}
void wl_WeatherTick(object sender, WeatherTickEventArgs e)
{
// extract the WeatherUpdate object
WeatherUpdate wu = e.Update;
StringBuilder sb = new StringBuilder();
// Show time
sb.AppendFormat("Time: {0}\r\n\r\n", wu.Time.ToLocalTime());
// Show temperature
float tempC = wu.Temperature;
float tempF = wu.Temperature.ToF();
sb.AppendFormat("Temperature: {0} °C ({1} °F)\r\n", tempC, tempF);
sb.AppendLine(WeatherValueProperties(wu.Temperature));
// Show humidity
float humid = wu.Humidity;
sb.AppendFormat("\r\nRelative Humidity: {0}%\r\n", humid);
sb.AppendLine(WeatherValueProperties(wu.Humidity));
// Show dew point
float dpC = wu.DewPoint;
float dpF = wu.DewPoint.ToF();
sb.AppendFormat("\r\nDew Point: {0} °C ({1} °F)\r\n", dpC, dpF);
sb.AppendLine(WeatherValueProperties(wu.DewPoint));
// Show pressure
float pressure = wu.Pressure;
sb.AppendFormat("\r\nAtmospheric Pressure: {0} hPa\r\n", pressure);
sb.AppendLine(WeatherValueProperties(wu.Pressure));
// Show irradiation
float irrad = wu.Irradiation;
sb.AppendFormat("\r\nSolar Radiation: {0} Watts per square meter\r\n", irrad);
sb.AppendLine(WeatherValueProperties(wu.Irradiation));
// Show rain
float rain = wu.Rain;
sb.AppendFormat("\r\nHourly rainfall: {0} inches\r\n", rain);
sb.AppendLine(WeatherValueProperties(wu.Rain));
// Show wind speeds
sb.AppendFormat("\r\nWind Speeds (MPH):\r\n\tInstant {0}\r\n\t2 Min Avg: {1}\r\n\t10 Min Gust: {2}\r\n",
(float)wu.WindSpeedInstant.ToMPH(),
(float)wu.WindSpeedAvg2Min.ToMPH(),
(float)wu.WindSpeedGust10Min.ToMPH());
sb.AppendLine(WeatherValueProperties(wu.WindSpeedInstant));
// Show wind directions
sb.AppendFormat("\r\nWind Directions:\r\n\tInstant {0}°\r\n\t2 Min Avg: {1}°\r\n\t10 Min Gust: {2}°\r\n",
(float)wu.WindDirectionInstant,
(float)wu.WindDirectionAvg2Min,
(float)wu.WindDirectionGust10Min);
sb.AppendLine(WeatherValueProperties(wu.WindDirectionInstant));
// Angle math test, view with debugger
AngleValue windangle = wu.WindDirectionInstant - 180F; // point the other way
double rads = (double)(windangle.ToRad());
double cos = Math.Cos((double)rads);
double sin = Math.Sin((double)rads);
// Update textbox
tbConsole.Text = sb.ToString();
}
protected void OnWeatherTick(WeatherTickEventArgs e)
{
WeatherTick(this, e);
}
