private void Initialize()
{
PNtoTeX.Normalize();
NetCanvasWidth.Text = (PNtoTeX.MaxX / PNtoTeX.koefX).ToString("f3");
NetCanvasHeight.Text = (PNtoTeX.MaxY / PNtoTeX.koefY).ToString("f3");
CenterNetAlign.IsChecked = true;
Save.IsEnabled = false;
PreambleText.Text = PUTBEFORE + "\n" + PNtoTeX.Implementation();
}
public void SaveFullDocument(string path)
{
string s = @"\documentclass[a4paper]{article}" + "\n";
s += PNtoTeX.Implementation() + "\n";
s += @"\begin{document}" + "\n\n";
s += RightNetAlign.IsChecked == true?PNtoTeX.RResult() :
CenterNetAlign.IsChecked == true?PNtoTeX.CResult() : PNtoTeX.Result();
s += "\n" + @"\end{document}";
using (StreamWriter Writer = new StreamWriter(path))
{
Writer.Write(s);
}
}
private void UpdateResult()
{
if (RightNetAlign.IsChecked == true)
{
//Result.Text = PUTBEFORE + "\n\n" + PNtoTeX.Implementation() + "\n --- \n" + PNtoTeX.RResult();
Result.Text = PNtoTeX.RResult();
}
else
if (CenterNetAlign.IsChecked == true)
{
//Result.Text = PUTBEFORE + "\n\n" + PNtoTeX.Implementation() + "\n --- \n" + PNtoTeX.CResult();
Result.Text = PNtoTeX.CResult();
}
else
{
//Result.Text = PUTBEFORE + "\n\n" + PNtoTeX.Implementation() + "\n --- \n" + PNtoTeX.Result();
Result.Text = PNtoTeX.Result();
}
}
private void RightChecked(object sender, RoutedEventArgs e)
{
Result.Text += PNtoTeX.RResult();
}
private void CenterChecked(object sender, RoutedEventArgs e)
{
Result.Text += PNtoTeX.CResult();
}
