private void btnOK_Click(object sender, EventArgs e)
{
SelectedExportMags = ExportedMags.None;
if (cbxExpostSyntheticMags.Checked)
{
if (cb_B.Checked)
{
SelectedExportMags |= ExportedMags.Johnson_B;
}
if (cb_V.Checked)
{
SelectedExportMags |= ExportedMags.Johnson_V;
}
if (cb_R.Checked)
{
SelectedExportMags |= ExportedMags.Johnson_R;
}
if (cb_Sloan_g.Checked)
{
SelectedExportMags |= ExportedMags.Sloan_g;
}
if (cb_Sloan_r.Checked)
{
SelectedExportMags |= ExportedMags.Sloan_r;
}
if (cb_Sloan_i.Checked)
{
SelectedExportMags |= ExportedMags.Sloan_i;
}
}
DialogResult = DialogResult.OK;
Close();
}
internal void ExportMagnitudes(ExportedMags mags, List <AbsFluxSpectra> spectra, List <AbsFluxSpectra> standardSpectras, StringBuilder output)
{
if ((mags & ExportedMags.Johnson_B) == ExportedMags.Johnson_B)
{
ExportMagnitudes(FilterResponseDatabase.Instance.Johnson_B, spectra, standardSpectras, output);
}
if ((mags & ExportedMags.Johnson_V) == ExportedMags.Johnson_V)
{
ExportMagnitudes(FilterResponseDatabase.Instance.Johnson_V, spectra, standardSpectras, output);
}
if ((mags & ExportedMags.Johnson_R) == ExportedMags.Johnson_R)
{
ExportMagnitudes(FilterResponseDatabase.Instance.Johnson_R, spectra, standardSpectras, output);
}
if ((mags & ExportedMags.Sloan_g) == ExportedMags.Sloan_g)
{
ExportMagnitudes(FilterResponseDatabase.Instance.SLOAN_g, spectra, standardSpectras, output);
}
if ((mags & ExportedMags.Sloan_r) == ExportedMags.Sloan_r)
{
ExportMagnitudes(FilterResponseDatabase.Instance.SLOAN_r, spectra, standardSpectras, output);
}
if ((mags & ExportedMags.Sloan_i) == ExportedMags.Sloan_i)
{
ExportMagnitudes(FilterResponseDatabase.Instance.SLOAN_i, spectra, standardSpectras, output);
}
}
private void btnOK_Click(object sender, EventArgs e)
{
SelectedExportMags = ExportedMags.None;
if (cbxExpostSyntheticMags.Checked)
{
if (cb_B.Checked) SelectedExportMags |= ExportedMags.Johnson_B;
if (cb_V.Checked) SelectedExportMags |= ExportedMags.Johnson_V;
if (cb_R.Checked) SelectedExportMags |= ExportedMags.Johnson_R;
if (cb_Sloan_g.Checked) SelectedExportMags |= ExportedMags.Sloan_g;
if (cb_Sloan_r.Checked) SelectedExportMags |= ExportedMags.Sloan_r;
if (cb_Sloan_i.Checked) SelectedExportMags |= ExportedMags.Sloan_i;
}
DialogResult = DialogResult.OK;
Close();
}
internal void ExportMagnitudes(ExportedMags mags, List<AbsFluxSpectra> spectra, List<AbsFluxSpectra> standardSpectras, StringBuilder output)
{
if ((mags & ExportedMags.Johnson_B) == ExportedMags.Johnson_B)
ExportMagnitudes(FilterResponseDatabase.Instance.Johnson_B, spectra, standardSpectras, output);
if ((mags & ExportedMags.Johnson_V) == ExportedMags.Johnson_V)
ExportMagnitudes(FilterResponseDatabase.Instance.Johnson_V, spectra, standardSpectras, output);
if ((mags & ExportedMags.Johnson_R) == ExportedMags.Johnson_R)
ExportMagnitudes(FilterResponseDatabase.Instance.Johnson_R, spectra, standardSpectras, output);
if ((mags & ExportedMags.Sloan_g) == ExportedMags.Sloan_g)
ExportMagnitudes(FilterResponseDatabase.Instance.SLOAN_g, spectra, standardSpectras, output);
if ((mags & ExportedMags.Sloan_r) == ExportedMags.Sloan_r)
ExportMagnitudes(FilterResponseDatabase.Instance.SLOAN_r, spectra, standardSpectras, output);
if ((mags & ExportedMags.Sloan_i) == ExportedMags.Sloan_i)
ExportMagnitudes(FilterResponseDatabase.Instance.SLOAN_i, spectra, standardSpectras, output);
}
public void ExportProgramStarsData(string fileName, ExportedMags exportedMags)
{
if (IsCalibrated)
{
var output = new StringBuilder();
var programSpectras = m_SpectraList.Where(x => x.m_CalSpecStar == null).ToList();
var standardSpectras = m_SpectraList.Where(x => x.m_CalSpecStar != null).ToList();
output.Append("Wavelength");
for (int j = 0; j < programSpectras.Count; j++)
{
output.Append(",");
output.Append(programSpectras[j].ToString());
}
output.AppendLine();
if (exportedMags != ExportedMags.None)
{
var syntheticMagnitudeProducer = new SyntheticMagnitudeProducer();
syntheticMagnitudeProducer.ExportMagnitudes(exportedMags, programSpectras, standardSpectras, output);
}
for (int i = 0; i < m_SpectraList[0].ResolvedWavelengths.Count; i++)
{
double w = m_SpectraList[0].ResolvedWavelengths[i];
output.Append(w.ToString());
for (int j = 0; j < programSpectras.Count; j++)
{
output.Append(",");
output.Append(programSpectras[j].AbsoluteFluxes[i].ToString());
}
output.AppendLine();
}
File.WriteAllText(fileName, output.ToString());
}
}
public void ExportProgramStarsData(string fileName, ExportedMags exportedMags)
{
if (IsCalibrated)
{
var output = new StringBuilder();
var programSpectras = m_SpectraList.Where(x => x.m_CalSpecStar == null).ToList();
var standardSpectras = m_SpectraList.Where(x => x.m_CalSpecStar != null).ToList();
output.Append("Wavelength");
for (int j = 0; j < programSpectras.Count; j++)
{
output.Append(",");
output.Append(programSpectras[j].ToString());
}
output.AppendLine();
if (exportedMags != ExportedMags.None)
{
var syntheticMagnitudeProducer = new SyntheticMagnitudeProducer();
syntheticMagnitudeProducer.ExportMagnitudes(exportedMags, programSpectras, standardSpectras, output);
}
for (int i = 0; i < m_SpectraList[0].ResolvedWavelengths.Count; i++)
{
double w = m_SpectraList[0].ResolvedWavelengths[i];
output.Append(w.ToString());
for (int j = 0; j < programSpectras.Count; j++)
{
output.Append(",");
output.Append(programSpectras[j].AbsoluteFluxes[i].ToString());
}
output.AppendLine();
}
File.WriteAllText(fileName, output.ToString());
}
}