public void SetMetParameters(double WindSpeed, double CosWind, StabClass StabilityClass,
double TurbulenceStrength, double DisplacementHeight)
{
SetMetParameters(WindSpeed, CosWind, StabilityClass);
MeteoParameters M = MetParameters;
M.C = TurbulenceStrength;
M.D = DisplacementHeight;
MetParameters = M;
}
/// <summary>
/// Output of meteo data of the recent situation to the console
/// </summary>
private static void OutputOfMeteoData()
{
Console.WriteLine("Obukhov length [m]: " + Ob[1][1].ToString("0.0"));
Console.WriteLine("Friction velocity [m/s]: " + Ustern[1][1].ToString("0.00"));
Console.WriteLine("Boundary-layer height [m]: " + BdLayHeight.ToString("0"));
if (WindVelGral > 0)
{
if (WindVelGral < 20)
{
Console.Write("Init meteo: wind speed [m/s]: " + WindVelGral.ToString("F2"));
double dir = Math.Round(270 - WindDirGral * 180 / Math.PI, 1);
if (dir < 0)
{
dir = 270 + 360 + dir;
}
if (dir > 360)
{
dir -= 360;
}
Console.Write(" direction [deg]: " + dir.ToString("F0"));
}
else
{
Console.Write("Init meteo: weather situation token: " + WindVelGral.ToString("F2"));
}
if (StabClass > 0)
{
Console.Write(" Stability class [-]: " + StabClass.ToString("F0"));
}
Console.WriteLine("");
}
if (WindVelGramm > -1)
{
Console.Write("GRAMM meteo: wind speed [m/s]: " + WindVelGramm.ToString("F2"));
if (WindDirGramm >= 0)
{
Console.Write(" direction [deg]: " + WindDirGramm.ToString("F0"));
}
if (StabClassGramm > 0)
{
Console.Write(" Stability class [-]: " + StabClassGramm.ToString("F0"));
}
Console.WriteLine("");
}
Console.WriteLine(" ----------");
}
public void SetMetParameters(double WindSpeed, double CosWind, StabClass StabilityClass)
{
if (CosWind < -1 || CosWind > 1) { throw new Exception("Invalid value for CosWind"); }
P2P_SetupMeteoParameters(_p2pStruct, WindSpeed, CosWind, (int)StabilityClass);
}
