public static DenseMatrix T2(DenseMatrix T1, DenseMatrix LR, DenseMatrix dH)
{
return(MatrixFactory.New((r, c) =>
{
float t1 = T1[r, c];
float lr = LR[r, c];
float dh = dH[r, c];
return (t1 + lr * dh / 1000);
}));
}
public static DenseMatrix Hypso(this DenseMatrix Z1, DenseMatrix T1, float levelP1, DenseMatrix T2, float levelP2)
{
float fP = (float)Math.Log(levelP1 / levelP2);
DenseMatrix Z2 = MatrixFactory.New((r, c) =>
{
var z1 = Z1[r, c];
var t1 = T1[r, c];
var t2 = T2[r, c];
var tv = AbsoluteConstants.WaterFreezePoint + 0.5f * (t1 + t2);
var z2 = z1 + (AbsoluteConstants.Rsd * tv) / (AbsoluteConstants.g) * fP;
return(z2);
});
return(Z2);
}
public DenseMatrix DataToMatrix <T>(T[] data, Func <T, float> conversionFunc, bool flipUpDown = true)
{
DenseMatrix mat = MatrixFactory.New((r, c) =>
{
int sc = (180 + c) % EW;
int dataIdx = r * EW + sc;
float dataElement = conversionFunc(data[dataIdx]);
return(dataElement);
});
if (flipUpDown)
{
return(mat.FlipUpDown());
}
return(mat);
}
public static DenseMatrix GetRefTemp(EarthModel earth)
{
return(MatrixFactory.New((r, c) => GetRefTemp(earth, r, c)));
}
public static DenseMatrix GetRefTempYearlyDelta_MidLevel(EarthModel earth)
{
return(MatrixFactory.New((r, c) => GetRefTempYearlyDelta_MidLevel(earth, r, c)));
}
