static void LibreConvert(ref LeastSquaresFit.LSFStrings data, int fontSize)
{
data.IndSum = LibreMathConverter.EquationToLibre(data.IndSum, fontSize);
data.IndPowerSum = LibreMathConverter.EquationToLibre(data.IndPowerSum, fontSize);
data.DeSum = LibreMathConverter.EquationToLibre(data.DeSum, fontSize);
data.CrossSum = LibreMathConverter.EquationToLibre(data.CrossSum, fontSize);
data.UncertPowerSum = LibreMathConverter.EquationToLibre(data.UncertPowerSum, fontSize);
data.SlopeEquation = LibreMathConverter.EquationToLibre(data.SlopeEquation, fontSize);
data.InterceptEquation = LibreMathConverter.EquationToLibre(data.InterceptEquation, fontSize);
data.YUncertEquation = LibreMathConverter.EquationToLibre(data.YUncertEquation, fontSize);
data.InterceptUncertEquation = LibreMathConverter.EquationToLibre(data.InterceptUncertEquation, fontSize);
data.SlopeUncertEquation = LibreMathConverter.EquationToLibre(data.SlopeUncertEquation, fontSize);
}
//eventually it would be nice to hide this crap behind an interface
static void LatexConvert(ref LeastSquaresFit.LSFStrings data, string fontSize)
{
data.IndSum = LatexConverter.ToLatex(data.IndSum, fontSize);
data.IndPowerSum = LatexConverter.ToLatex(data.IndPowerSum, fontSize);
data.DeSum = LatexConverter.ToLatex(data.DeSum, fontSize);
data.CrossSum = LatexConverter.ToLatex(data.CrossSum, fontSize);
data.UncertPowerSum = LatexConverter.ToLatex(data.UncertPowerSum, fontSize);
data.SlopeEquation = LatexConverter.ToLatex(data.SlopeEquation, fontSize);
data.InterceptEquation = LatexConverter.ToLatex(data.InterceptEquation, fontSize);
data.YUncertEquation = LatexConverter.ToLatex(data.YUncertEquation, fontSize);
data.InterceptUncertEquation = LatexConverter.ToLatex(data.InterceptUncertEquation, fontSize);
data.SlopeUncertEquation = LatexConverter.ToLatex(data.SlopeUncertEquation, fontSize);
}
void CalculateButClick(object sender, EventArgs e)
{
string str;
if (IsVariableTableValid(out str))
{
SetErrorText(str);
LeastSquaresFit.LSFInput input;
input.XValues = new List <double>();
input.YValues = new List <double>();
input.YUncertainties = new List <double>();
for (int i = 0; i < DataEntry.RowCount; i++)
{
input.XValues.Add(double.Parse(DataEntry[0, i].Value.ToString()));
input.YValues.Add(double.Parse(DataEntry[1, i].Value.ToString()));
input.YUncertainties.Add(double.Parse(DataEntry[2, i].Value.ToString()));
}
var results = LeastSquaresFit.Calculate(input);
if (OutputFmtDrpDwn.SelectedItem.ToString() == "LibreOffice Math")
{
LibreConvert(ref results, int.Parse(LibreFontsizeDrpDwn.SelectedItem.ToString()));
}
if (OutputFmtDrpDwn.SelectedItem.ToString() == "LaTeX")
{
LatexConvert(ref results, LatexFontSizeDrpDwn.SelectedItem.ToString());
}
textBox2.Text = results.IndSum;
textBox3.Text = results.IndPowerSum;
textBox5.Text = results.DeSum;
textBox4.Text = results.CrossSum;
textBox7.Text = results.UncertPowerSum;
textBox6.Text = results.SlopeEquation;
textBox9.Text = results.YUncertEquation;
textBox8.Text = results.InterceptEquation;
textBox11.Text = results.SlopeUncertEquation;
textBox10.Text = results.InterceptUncertEquation;
}
else
{
SetErrorText(str);
}
}
