public Sparse_MSG_Solver(ref GlobalMatrix _GM)
{
F_list = new List <double>(new double[Size]);
if (InsertedInfo.Sparse && InsertedInfo.Sparse_MSG)
{
Console.WriteLine(this.ToString() + " initiated");
GM = _GM;
gg = GM.gg;
fe = GM.fe;
lm = GM.lm;
if (!InsertedInfo.Test_another_matrix)
{
Size = fe.Size;
al = Shared_Field.CopyListCC(GM.al);
au = Shared_Field.CopyListCC(GM.au);
F_sparse = Shared_Field.CopyVectorFromToDouble(GM.F_sparse);
}
else
{
Size = GM.Test_Size;
al = Shared_Field.CopyListCC(GM.Test_al);
au = Shared_Field.CopyListCC(GM.Test_au);
F_sparse = Shared_Field.CopyVectorFromToDouble(GM.F_test);
}
Solve();
Shared_Field.Save_vector(Answer, "dd84ai_RGR_output_X0_sparse_MSG.txt");
Shared_Field.Show_three_elements_from_vector(Answer);
}
}
public Sparse_Straight_Solver(ref GlobalMatrix _GM)
{
F = new List <double>(new double[Size]);
if (InsertedInfo.Sparse && InsertedInfo.Sparse_Straight)
{
Console.WriteLine(this.ToString() + " initiated");
GM = _GM;
gg = GM.gg;
fe = GM.fe;
lm = GM.lm;
if (!InsertedInfo.Test_another_matrix)
{
Size = fe.Size;
al = Shared_Field.CopyListCC(GM.al);
au = Shared_Field.CopyListCC(GM.au);
F_sparse = Shared_Field.CopyVectorFrom(GM.F_sparse);
}
else
{
al = Shared_Field.CopyListCC(GM.Test_al);
au = Shared_Field.CopyListCC(GM.Test_au);
Size = GM.Test_Size;
F_sparse = Shared_Field.CopyVectorFrom(GM.F_test);
}
Solve();
}
}
public Dense_Straight_Solver(ref GlobalMatrix _GM)
{
F_list = new List <double>(new double[Size]);
if (InsertedInfo.Dense)
{
Console.WriteLine(this.ToString() + " initiated");
GM = _GM;
gg = GM.gg;
fe = GM.fe;
lm = GM.lm;
if (InsertedInfo.Test_another_matrix)
{
Size = GM.Test_Size;
A = Shared_Field.CopyMatrixFrom(GM.Test_dense);
F_local = Shared_Field.CopyVectorFrom(GM.F_test);
}
else
{
Size = fe.Size;
A = Shared_Field.CopyMatrixFrom(GM.A_dense);
F_local = Shared_Field.CopyVectorFrom(GM.F_dense);
}
Solve();
Shared_Field.Save_vector(Answer, "dd84ai_RGR_output_X0_dense_Straight_LU.txt");
Shared_Field.Show_three_elements_from_vector(Answer);
}
}
public LocalMatrixes(ref Greed_Grid _greed)
{
Console.WriteLine(this.ToString() + " initiated");
gg = _greed;
Put_References(ref gg.OS_X, ref gg.OS_Y, ref gg.OS_Z);
Console.Write("");
}
public FE(ref Greed_Grid _greedy_grid)
{
Console.WriteLine(this.ToString() + " initiated");
greedy_grid = _greedy_grid;
Generating_FE_List(ref greedy_grid.OS_X, ref greedy_grid.OS_Y, ref greedy_grid.OS_Z);
Size = (greedy_grid.OS_X.Count()) *
(greedy_grid.OS_Y.Count()) *
(greedy_grid.OS_Z.Count());
Console.WriteLine($"Size = {Size}");
}
public Trilinear_Basis_Functions(ref GlobalMatrix _GM, List <double> _Vector_Answer, List <InsertedInfo.Point3D> Points, string name)
{
Console.WriteLine(this.ToString() + " initiated");
GM = _GM;
gg = GM.gg;
fe = GM.fe;
lm = GM.lm;
Vector_Answer = _Vector_Answer;
Save_and_Show(Points, name);
}
public GlobalMatrix(ref FE _fe, ref LocalMatrixes _locmat)
{
Console.WriteLine(this.ToString() + " initiated");
fe = _fe;
gg = fe.greedy_grid;
lm = _locmat;
if (InsertedInfo.Test_another_matrix)
{
Test_Size = 6;
fill_test_test_dense();
make_it_sparse();
}
Wrapped_Global_Matrix_Constructer();
}