private void SaveAsButton_Click(object sender, EventArgs e)
{
Readjust();
if (TFadjustedZ == null)
{
MessageBox.Show(this, "Cannot save an adjusted TF while in an error state.",
"Error saving", MessageBoxButtons.OK,
MessageBoxIcon.Error);
return;
}
SaveFileDialog sfd = new SaveFileDialog();
sfd.Filter = "Matlab MAT (*.mat)|*.mat|All Files (*.*)|*.*";
sfd.FileName = Path.GetFileNameWithoutExtension(TFFilename) + "_adj.mat";
if (sfd.ShowDialog() != DialogResult.OK)
{
return;
}
var Z = CreateMatrix.DenseOfColumns(new IEnumerable <double>[] { TFadjustedZ });
//var Sr = CreateMatrix.DenseOfColumnVectors(new Vector<Complex>[] { TFadjustedSr });
var Sr = CreateMatrix.DenseOfColumns(new Vector <Complex>[] { TFadjustedSr });
var matrices = new List <MatlabMatrix>();
matrices.Add(MatlabWriter.Pack(Z, "z"));
matrices.Add(MatlabWriter.Pack(Sr, "Sr"));
MatlabWriter.Store(sfd.FileName, matrices);
}
public void SaveToFile(string fileName)
{
// add simulation date and time
// add simulation configuration
// add add initial state of plane
var matrices = new List <MatlabMatrix>
{
MatlabWriter.Pack(mb.DenseOfRowVectors(position_record), "position_record"),
MatlabWriter.Pack(mb.DenseOfRowMajor(Vk_record.Count, 1, Vk_record), "Vk_record"),
MatlabWriter.Pack(mb.DenseOfRowMajor(phi_record.Count, 1, phi_record), "phi_record"),
MatlabWriter.Pack(mb.DenseOfRowMajor(psi_record.Count, 1, psi_record), "psi_record"),
MatlabWriter.Pack(mb.DenseOfRowMajor(theta_record.Count, 1, theta_record), "theta_record"),
MatlabWriter.Pack(mb.DenseOfRowMajor(current_T_record.Count, 1, current_T_record), "current_T_record"),
MatlabWriter.Pack(mb.DenseOfRowMajor(time_record.Count, 1, time_record), "time_record"),
};
MatlabWriter.Store(fileName, matrices);
}
public void MatlabMatrixRoundtrip()
{
var denseDouble = Matrix <double> .Build.Random(20, 20);
var denseComplex = Matrix <Complex> .Build.Random(10, 10);
var diagonalDouble = Matrix <double> .Build.DiagonalOfDiagonalArray(new[] { 1.0, 2.0, 3.0 });
var sparseDouble = Matrix <double> .Build.Sparse(20, 20, (i, j) => i % (j + 1) == 2?i + 10 *j : 0);
var denseDoubleP = MatlabWriter.Pack(denseDouble, "denseDouble");
var denseComplexP = MatlabWriter.Pack(denseComplex, "denseComplex");
var diagonalDoubleP = MatlabWriter.Pack(diagonalDouble, "diagonalDouble");
var sparseDoubleP = MatlabWriter.Pack(sparseDouble, "sparseDouble");
Assert.That(MatlabReader.Unpack <double>(denseDoubleP).Equals(denseDouble));
Assert.That(MatlabReader.Unpack <Complex>(denseComplexP).Equals(denseComplex));
Assert.That(MatlabReader.Unpack <double>(diagonalDoubleP).Equals(diagonalDouble));
Assert.That(MatlabReader.Unpack <double>(sparseDoubleP).Equals(sparseDouble));
Assert.That(MatlabReader.Unpack <double>(denseDoubleP).Storage, Is.TypeOf <DenseColumnMajorMatrixStorage <double> >());
Assert.That(MatlabReader.Unpack <Complex>(denseComplexP).Storage, Is.TypeOf <DenseColumnMajorMatrixStorage <Complex> >());
Assert.That(MatlabReader.Unpack <double>(diagonalDoubleP).Storage, Is.TypeOf <SparseCompressedRowMatrixStorage <double> >());
Assert.That(MatlabReader.Unpack <double>(sparseDoubleP).Storage, Is.TypeOf <SparseCompressedRowMatrixStorage <double> >());
if (File.Exists("testrt.mat"))
{
File.Delete("testrt.mat");
}
MatlabWriter.Store("testrt.mat", new[] { denseDoubleP, denseComplexP, diagonalDoubleP, sparseDoubleP });
Assert.That(MatlabReader.Read <double>("testrt.mat", "denseDouble").Equals(denseDouble));
Assert.That(MatlabReader.Read <Complex>("testrt.mat", "denseComplex").Equals(denseComplex));
Assert.That(MatlabReader.Read <double>("testrt.mat", "diagonalDouble").Equals(diagonalDouble));
Assert.That(MatlabReader.Read <double>("testrt.mat", "sparseDouble").Equals(sparseDouble));
Assert.That(MatlabReader.Read <double>("testrt.mat", "denseDouble").Storage, Is.TypeOf <DenseColumnMajorMatrixStorage <double> >());
Assert.That(MatlabReader.Read <Complex>("testrt.mat", "denseComplex").Storage, Is.TypeOf <DenseColumnMajorMatrixStorage <Complex> >());
Assert.That(MatlabReader.Read <double>("testrt.mat", "diagonalDouble").Storage, Is.TypeOf <SparseCompressedRowMatrixStorage <double> >());
Assert.That(MatlabReader.Read <double>("testrt.mat", "sparseDouble").Storage, Is.TypeOf <SparseCompressedRowMatrixStorage <double> >());
File.Delete("testrt.mat");
}
protected void SaveScaledTF(double scaleFactor)
{
var TFSrScaled = TFSr.Divide(scaleFactor);
SaveFileDialog sfd = new SaveFileDialog();
//sfd.InitialDirectory = @"C:\Users\ConraN01\Documents\Spyder_WS\MRI_RF_TF_Tool_Project\Test Files for Python Utility\Raw Neuro Header Voltage Data Files";
sfd.Filter = "MAT (*.mat)|*.mat|All Files (*.*)|*.*";
sfd.Title = "Select output scaled Etan file...";
if (sfd.ShowDialog() != DialogResult.OK)
{
return;
}
var Z = CreateMatrix.DenseOfColumns(new IEnumerable <double>[] { TFz });
var Sr = CreateMatrix.DenseOfColumnVectors(new Vector <Complex>[] { TFSrScaled });
var matrices = new List <MatlabMatrix>();
matrices.Add(MatlabWriter.Pack(Z, "z"));
matrices.Add(MatlabWriter.Pack(Sr, "Sr"));
MatlabWriter.Store(sfd.FileName, matrices);
}
