public double GetTerrainExposureConstant(TerrainExposureConstant TerrainExposureConstant, WindExposureCategory WindExposure)
{
if (terrainCoefficientsNeedCalculation == true)
{
CalculateTerrainCoefficients(WindExposure);
terrainCoefficientsNeedCalculation = false;
}
switch (TerrainExposureConstant)
{
case TerrainExposureConstant.alpha: return(alpha);
case TerrainExposureConstant.zg: return(zg);
case TerrainExposureConstant.alpha_ob: return(alpha_ob);
case TerrainExposureConstant.b_ob: return(b_ob);
case TerrainExposureConstant.c: return(c);
case TerrainExposureConstant.l: return(l);
case TerrainExposureConstant.epsilon_ob: return(epsilon_overbar);
case TerrainExposureConstant.zmin: return(zmin);
default: throw new Exception("Unrecognized terrain _windExposure constant.");
}
}
public double GetTerrainExposureConstant(TerrainExposureConstant TerrainExposureConstant, WindExposureCategory WindExposure)
{
if (terrainCoefficientsNeedCalculation == true)
{
CalculateTerrainCoefficients(WindExposure);
terrainCoefficientsNeedCalculation=false;
}
switch (TerrainExposureConstant)
{
case TerrainExposureConstant.alpha: return alpha;
case TerrainExposureConstant.zg: return zg;
case TerrainExposureConstant.alpha_ob: return alpha_ob;
case TerrainExposureConstant.b_ob: return b_ob;
case TerrainExposureConstant.c: return c;
case TerrainExposureConstant.l: return l;
case TerrainExposureConstant.epsilon_ob: return epsilon_overbar;
case TerrainExposureConstant.zmin: return zmin;
default: throw new Exception("Unrecognized terrain _windExposure constant.");
}
}
