public override void SaveParamsForReport()
{
ReportGenerator g = ReportGenerator.Instance;
g.ClearReflModelInfo();
int arrayconst = 2;
List <string> ginfo = new List <string>();
if (HoldsigmaCB)
{
ginfo.Add("The reflectivity curve was fit with a single roughness parameter\n");
}
else
{
ginfo.Add(String.Format("The reflectivity curve was fit with {0} roughness parameters\n", BoxCountTB + 1));
arrayconst = 3;
}
ginfo.Add("Percent Error in Q: " + QSpreadTB.ToString() + "\n");
ginfo.Add("Normalization Factor: " + NormalizationFactor.ToString() + "\n");
ginfo.Add("Low Q Offset: " + LowQOffset.ToString() + "\n");
ginfo.Add("High Q Offset: " + HighQOffset.ToString() + "\n");
ginfo.Add("Superphase SLD: " + SubphaseSLDTB.ToString() + "\n");
ginfo.Add("Subphase SLD: " + SubphaseSLD.ToString() + "\n");
ginfo.Add("Wavelength: " + WavelengthTB.ToString() + "\n");
ginfo.Add("Chi Square for reflectivity fit: " + ChiSquare.ToString() + "\n");
ginfo.Add(string.Format("The subphase roughness was: {0:#.### E-0} " + (char)0x00B1 + " {1:#.### E-0}\n", SubRoughTB, CovarArray[0]));
for (int i = 0; i < BoxCountTB; i++)
{
ginfo.Add((i + 1).ToString());
ginfo.Add(LengthArray[i].ToString("#.### E-0") + " " + (char)0x00B1 + " " + CovarArray[arrayconst * i + 1].ToString("#.### E-0"));
if (!m_bUseSLD)
{
ginfo.Add(RhoArray[i].ToString("#.### E-0") + " " + (char)0x00B1 + " " + CovarArray[arrayconst * i + 2].ToString("#.### E-0"));
}
else
{
ginfo.Add((RhoArray[i] * SubphaseSLDTB).ToString("#.### E-0") + " " + (char)0x00B1 + " " + (CovarArray[arrayconst * i + 2] * SubphaseSLDTB).ToString("#.### E-0"));
}
if (HoldsigmaCB)
{
ginfo.Add(SigmaArray[i].ToString("#.### E-0") + " " + (char)0x00B1 + " " + CovarArray[0].ToString("#.### E-0"));
}
else
{
ginfo.Add(SigmaArray[i].ToString("#.### E-0") + " " + (char)0x00B1 + " " + CovarArray[arrayconst * i + 3].ToString("#.### E-0"));
}
}
g.SetReflModelInfo = ginfo;
}
private void UpdateReportParameters()
{
ReportGenerator g = ReportGenerator.Instance;
//Record the parameters
g.ClearMainInformation();
if (TitleTB.Text.Length > 0)
{
g.SetMainInformation = TitleTB.Text;
}
g.SetMainInformation = (String.Format("Surface SLD: {0}\n", Rholipid.Text));
g.SetMainInformation = (String.Format("Surface layer height: {0}\n", layerlength.Text));
if (UseAbsCB.Checked)
{
g.SetMainInformation = String.Format("Surface layer absoption: {0}\n", SurfAbs.Text);
}
else
{
g.SetMainInformation = "The surface layer was treated as transparent\n";
}
g.SetMainInformation = (String.Format("Superphase SLD: {0}\n", SupSLDTB.Text));
if (UseAbsCB.Checked)
{
g.SetMainInformation = String.Format("Superphase absorption: {0}\n", SupAbsTB.Text);
}
else
{
g.SetMainInformation = "The superphase layer was treated as transparent\n";
}
g.SetMainInformation = (String.Format("Subphase SLD: {0}\n", SubSLDTB.Text));
if (UseAbsCB.Checked)
{
g.SetMainInformation = String.Format("Subphase absoption: {0}\n", SubAbs.Text);
}
else
{
g.SetMainInformation = "The surface layer was treated as transparent\n";
}
g.SetMainInformation = "\n";
g.SetMainInformation = String.Format("Number of layers in the reflectivity: {0}\n", Boxlayers.Text);
g.SetMainInformation = String.Format("Iterations completed: {0}\n", string.Format("{0}", progressBar1.Value * 80));
g.SetMainInformation = String.Format("Critical edge offset: {0}\n", critedgeoffTB.Text);
g.SetMainInformation = String.Format("High Q offset: {0}\n", HQoffsetTB.Text);
g.SetMainInformation = String.Format("Roughness Search Percentage: {0} %\n", SigmaSearchTB.Text);
g.SetMainInformation = String.Format("X-ray wavelength: {0}\n", wavelength.Text);
g.SetMainInformation = String.Format("Percent error in Q: {0}\n", QErrTB.Text);
if (ImpNormCB.Checked)
{
g.SetMainInformation = "The normalization constant was allowed to vary\n";
}
if (ForceNormCB.Checked)
{
g.SetMainInformation = "Normalization of the curve was forced\n";
}
g.SetMainInformation = String.Format("Fit Score for the reflectivity: {0}\n", FitScoreTB.Text);
g.SetMainInformation = String.Format("Chi Square for the reflectivity: {0}\n", ChiSquareTB.Text);
}
public override void SaveParamsForReport()
{
ReportGenerator g = ReportGenerator.Instance;
g.ClearRhoModelInfo();
List <string> info = new List <string>();
if (HoldsigmaCB)
{
if (!m_bUseSLD)
{
info.Add("The electron density profile was fit with a single roughness parameter\n");
}
else
{
info.Add("The SLD profile was fit with a single roughness parameter\n");
}
}
else
{
if (!m_bUseSLD)
{
info.Add(String.Format("The electron density profile was fit with {0} roughness parameters\n", (BoxCountTB + 1)));
}
else
{
info.Add(String.Format("The SLD profile was fit with {0} roughness parameters\n", (BoxCountTB + 1)));
}
}
info.Add(string.Format("Chi Square: " + ChiSquare + "\n"));
info.Add(string.Format("The subphase roughness was: {0:#.### E-0} " + (char)0x00B1 + " {1:#.### E-0}\n", SubRoughTB, CovarArray[0]));
int offset = 0;
if (!HoldsigmaCB)
{
offset = 1;
}
for (int i = 0; i < BoxCountTB; i++)
{
info.Add((i + 1).ToString());
info.Add(LengthArray[i].ToString("#.### E-0") + " " + (char)0x00B1 + " " + CovarArray[(2 + offset) * i + 1].ToString("#.### E-0"));
if (!m_bUseSLD)
{
info.Add(RhoArray[i].ToString("#.### E-0") + " " + (char)0x00B1 + " " + CovarArray[(2 + offset) * i + 2].ToString("#.### E-0"));
}
else
{
info.Add((RhoArray[i]).ToString("#.### E-0") + " " + (char)0x00B1 + " " + (CovarArray[(2 + offset) * i + 2]).ToString("#.### E-0"));
}
if (HoldsigmaCB)
{
info.Add(SigmaArray[i].ToString("#.### E-0") + " " + (char)0x00B1 + " " + CovarArray[0].ToString("#.### E-0"));
}
else
{
info.Add(SigmaArray[i].ToString("#.### E-0") + " " + (char)0x00B1 + " " + CovarArray[3 * i + 3].ToString("#.### E-0"));
}
}
g.SetRhoModelInfo = info;
}
