public static string GetSuggestedRunway()
{
string rwy_suggested = "";
switch (App.ATCPosition.Split("_".ToCharArray())[0])
{
case "LPPT":
if (Metars.Metar(App.ATCPosition.Split("_".ToCharArray())[0]).WindDirection != "VRB")
{
if (Convert.ToInt32(Metars.Metar(App.ATCPosition.Split("_".ToCharArray())[0]).WindDirection) > 120 && Convert.ToInt32(Metars.Metar(App.ATCPosition.Split("_".ToCharArray())[0]).WindDirection) < 300)
{
rwy_suggested = "suggest Runway 21";
}
else
{
rwy_suggested = "suggest Runway 03";
}
}
else
{
rwy_suggested = "suggest Runway 03";
}
break;
}
return(rwy_suggested);
}
public static void GetRunways()
{
App.mainFrm.cboxRunways.Items.Clear();
switch (App.ATCPosition.Split("_".ToCharArray())[0])
{
case "LPPT":
App.mainFrm.cboxRunways.Items.Add("03");
App.mainFrm.cboxRunways.Items.Add("21");
if (Metars.Metar(App.ATCPosition.Split("_".ToCharArray())[0]).WindDirection != "VRB")
{
if (Convert.ToInt32(Metars.Metar(App.ATCPosition.Split("_".ToCharArray())[0]).WindDirection) > 120 && Convert.ToInt32(Metars.Metar(App.ATCPosition.Split("_".ToCharArray())[0]).WindDirection) < 300)
{
App.mainFrm.cboxRunways.SelectedIndex = 1;
}
else
{
App.mainFrm.cboxRunways.SelectedIndex = 0;
}
}
else
{
App.mainFrm.cboxRunways.SelectedIndex = 0;
}
break;
}
}
public static string GetWindsString()
{
string wind_info = "";
if (Metars.Metar(App.ATCPosition.Split("_".ToCharArray())[0]).WindDirection != "VRB")
{
if (Metars.Metar(App.ATCPosition.Split("_".ToCharArray())[0]).WindVariableDir.Count == 0)
{
if (Metars.Metar(App.ATCPosition.Split("_".ToCharArray())[0]).WindGust != "")
{
wind_info = String.Format("Winds {0} degrees {1} knots gusts {2} knots", Metars.Metar(App.ATCPosition.Split("_".ToCharArray())[0]).WindDirection, Metars.Metar(App.ATCPosition.Split("_".ToCharArray())[0]).WindSpeed, Metars.Metar(App.ATCPosition.Split("_".ToCharArray())[0]).WindGust);
}
else
{
wind_info = String.Format("Winds {0} degrees {1} knots", Metars.Metar(App.ATCPosition.Split("_".ToCharArray())[0]).WindDirection, Metars.Metar(App.ATCPosition.Split("_".ToCharArray())[0]).WindSpeed);
}
}
else
{
if (Metars.Metar(App.ATCPosition.Split("_".ToCharArray())[0]).WindGust != "")
{
wind_info = String.Format("Winds variables between {0} and {1} degrees {2} knots gusts {3} knots", Metars.Metar(App.ATCPosition.Split("_".ToCharArray())[0]).WindVariableDir[0], Metars.Metar(App.ATCPosition.Split("_".ToCharArray())[0]).WindVariableDir[1], Metars.Metar(App.ATCPosition.Split("_".ToCharArray())[0]).WindSpeed, Metars.Metar(App.ATCPosition.Split("_".ToCharArray())[0]).WindGust);
}
else
{
wind_info = String.Format("Winds variables between {0} and {1} degrees {2} knots", Metars.Metar(App.ATCPosition.Split("_".ToCharArray())[0]).WindVariableDir[0], Metars.Metar(App.ATCPosition.Split("_".ToCharArray())[0]).WindVariableDir[1], Metars.Metar(App.ATCPosition.Split("_".ToCharArray())[0]).WindSpeed);
}
}
}
else
{
wind_info = String.Format("Winds variables {0} knots", Metars.Metar(App.ATCPosition.Split("_".ToCharArray())[0]).WindSpeed);
}
return(wind_info);
}