// public double ucrt(int x, int y, int z)
//{
// int ucrt_index = Array.IndexOf(variables_name, "UCRT");
// return vars_phi[x, y, z, ucrt_index];
//}
//public double[] ucrt(int x, int y)
//{
// ///inserire exeptions
// int ucrt_index = Array.IndexOf(variables_name, "UCRT");
// double[] arr = new double[z_high_cell_face.Length];
// for (int i = 0; i < arr.Length; i++)
// {
// arr[i] = vars_phi[x, y, i, ucrt_index];
// }
// return arr;
//}
////public double z0(int x, int y)
////{
//// int len = z_high_cell_face.Length;
//// double[] logz = new double[len];
//// double[] u = ucrt(x, y);
//// for (int i = 0; i < len; i++)
//// {
//// double zcen;
//// if (i == 0) zcen = z_high_cell_face[i] / 2;
//// else zcen = z_high_cell_face[i] - z_high_cell_face[i - 1];
//// logz[i] = Math.Log(zcen);
//// }
////}
public WindField(WSProject project ,int settore)
{
// inistialize phi and xyz
string phi_file = project.file.DirectoryName + "\\windfield\\" + settore + "_red.phi";
string xyz_file = project.file.DirectoryName + "\\windfield\\" + settore + "_red.xyz";
FileInfo phi_file_check = new FileInfo(phi_file);
FileInfo xyz_file_check = new FileInfo(xyz_file);
// check if required files exists
if (phi_file_check.Exists && xyz_file_check.Exists)
{
phi = new PhiFile(phi_file);
xyz = new XYZFile(xyz_file);
}
else
{
phi = null;
xyz = null;
}
}
public void WindField_constructor_phi()
{
FileInfo phi_file = new FileInfo(phi_file270_path);
PhiFile expected = new PhiFile(phi_file.FullName);
Assert.IsTrue(expected.Equals(target.phi));
}
public void test_project_fill_phifiles_on_construct()
{
WSProject project = new WSProject(project_file.FullName);
PhiFile settore_270 = new PhiFile(phifile270_path);
Assert.IsTrue(project.WField[270].phi.Equals(settore_270)); //remeber that Phifile equals do not compare vars_phi[,,,] !
// should test if the file do not exist project_fill_phifiles_on_construct()
}
//(object obj)
public bool Equals(PhiFile other)
{
return (FileName.FullName == other.FileName.FullName) &&
(cartes == other.cartes) &&
(onephs == other.onephs) &&
(bfc == other.bfc) &&
(xcycle == other.xcycle) &&
(ccm == other.ccm) &&
(nx == other.nx) &&
(ny == other.ny) &&
(nz == other.nz) &&
(nphi == other.nphi) &&
(den1 == other.den1) &&
(den2 == other.den2) &&
(epor == other.epor) &&
(npor == other.npor) &&
(hpor == other.hpor) &&
(vpor == other.vpor) &&
(lenrec == other.lenrec) &&
(numblk == other.numblk) &&
(nmatst == other.nmatst) &&
(nfmak1 == other.nfmak1) &&
(rinner == other.rinner) &&
(f_nprphi == other.f_nprphi) &&
(f_nfmak2 == other.f_nfmak2) &&
(rdmat1 == other.rdmat1) &&
(f_idmat2 == other.f_idmat2) &&
Enumerable.SequenceEqual(all_variables_name, other.all_variables_name) &&
Enumerable.SequenceEqual(x_east_cell_face, other.x_east_cell_face) &&
Enumerable.SequenceEqual(y_north_cell_face, other.y_north_cell_face) &&
Enumerable.SequenceEqual(z_high_cell_face, other.z_high_cell_face) &&
Enumerable.SequenceEqual(slab_mean_pressure_correction, other.slab_mean_pressure_correction) &&
Enumerable.SequenceEqual(variables_name, other.variables_name);
//&& Enumerable.SequenceEqual(vars_phi, other.vars_phi);
}
