public String TitleBibTeXGetCitationStringForTitleID(int titleID)
{
System.Text.StringBuilder bibtexString = new System.Text.StringBuilder("");
CustomGenericList <TitleBibTeX> citations = this.TitleBibTeXSelectForTitleID(titleID);
foreach (TitleBibTeX citation in citations)
{
String volume = citation.Volume;
String copyrightStatus = citation.CopyrightStatus;
String url = citation.Url;
String note = citation.Note;
String pages = citation.Pages.ToString();
String keywords = citation.Keywords;
System.Collections.Generic.Dictionary <String, String> elements = new System.Collections.Generic.Dictionary <string, string>();
elements.Add(BibTeXRefElementName.TITLE, citation.Title);
if (volume != String.Empty)
{
elements.Add(BibTeXRefElementName.VOLUME, volume);
}
if (copyrightStatus != String.Empty)
{
elements.Add(BibTeXRefElementName.COPYRIGHT, copyrightStatus);
}
if (url != String.Empty)
{
elements.Add(BibTeXRefElementName.URL, url);
}
if (note != String.Empty)
{
elements.Add(BibTeXRefElementName.NOTE, note);
}
elements.Add(BibTeXRefElementName.PUBLISHER, citation.Publisher);
elements.Add(BibTeXRefElementName.AUTHOR, citation.Authors.Replace("|", " and "));
elements.Add(BibTeXRefElementName.YEAR, citation.Year);
if (pages != String.Empty)
{
elements.Add(BibTeXRefElementName.PAGES, pages);
}
if (keywords != String.Empty)
{
elements.Add(BibTeXRefElementName.KEYWORDS, keywords);
}
BibTeX bibTex = new BibTeX(BibTeXRefType.BOOK, citation.CitationKey, elements);
bibtexString.Append(bibTex.GenerateReference());
}
return(bibtexString.ToString());
}
/// <summary>Create the PDF file.</summary>
/// <param name="tags">The tags to convert to the PDF file.</param>
/// <param name="fileName">The name of the file to write.</param>
public void CreatePDF(List <AutoDocumentation.ITag> tags, string fileName)
{
string bibFile = Path.Combine(Path.GetDirectoryName(Assembly.GetExecutingAssembly().Location), "..", "APSIM.bib");
bibTeX = new BibTeX(bibFile);
citations = new List <BibTeX.Citation>();
citations.Clear();
// Scan for citations.
ScanForCitations(tags);
// Create a bibliography.
CreateBibliography(tags);
// Strip all blank sections i.e. two headings with nothing between them.
StripEmptySections(tags);
// numebr all headings.
NumberHeadings(tags);
// Create a MigraDoc document.
Document document = new Document();
CreatePDFSyles(document);
document.DefaultPageSetup.LeftMargin = MigraDoc.DocumentObjectModel.Unit.FromCentimeter(1);
document.DefaultPageSetup.TopMargin = MigraDoc.DocumentObjectModel.Unit.FromCentimeter(1);
document.DefaultPageSetup.BottomMargin = MigraDoc.DocumentObjectModel.Unit.FromCentimeter(1);
if (!portrait)
{
document.DefaultPageSetup.Orientation = Orientation.Landscape;
}
// Create a MigraDoc section.
Section section = document.AddSection();
// Convert all tags to the PDF section.
TagsToMigraDoc(section, tags);
// Write the PDF file.
PdfDocumentRenderer pdfRenderer = new PdfDocumentRenderer(false);
pdfRenderer.Document = document;
pdfRenderer.RenderDocument();
pdfRenderer.PdfDocument.Save(fileName);
// Remove temporary working directory.
Directory.Delete(WorkingDirectory, true);
}
/// <summary>Create the PDF file.</summary>
/// <param name="tags">The tags to convert to the PDF file.</param>
/// <param name="fileName">The name of the file to write.</param>
public void CreatePDF(List <AutoDocumentation.ITag> tags, string fileName)
{
string apsimDir = PathUtilities.GetAbsolutePath("%root%", null);
string bibFile = Path.Combine(apsimDir, "APSIM.bib");
bibTeX = new BibTeX(bibFile);
citations = new List <BibTeX.Citation>();
citations.Clear();
// Scan for citations.
ScanForCitations(tags);
// Create a bibliography.
CreateBibliography(tags);
// Strip all blank sections i.e. two headings with nothing between them.
StripEmptySections(tags);
// numebr all headings.
NumberHeadings(tags);
// Create a MigraDoc document.
Document document = new Document();
CreatePDFSyles(document);
document.DefaultPageSetup.LeftMargin = Unit.FromCentimeter(1);
document.DefaultPageSetup.TopMargin = Unit.FromCentimeter(1);
document.DefaultPageSetup.BottomMargin = Unit.FromCentimeter(1);
document.DefaultPageSetup.Orientation = portrait ? Orientation.Portrait : Orientation.Landscape;
// Create a MigraDoc section.
Section section = document.AddSection();
// Convert all tags to the PDF section.
TagsToMigraDoc(section, tags);
// Write the PDF file.
PdfDocumentRenderer pdfRenderer = new PdfDocumentRenderer(false);
pdfRenderer.Document = document;
pdfRenderer.RenderDocument();
pdfRenderer.PdfDocument.Save(fileName);
// Remove temporary working directory.
Directory.Delete(WorkingDirectory, true);
}
/// <summary>
/// Perform the command
/// </summary>
public void Do(CommandHistory CommandHistory)
{
string bibFile = Path.Combine(Path.GetDirectoryName(Assembly.GetExecutingAssembly().Location), "..", "APSIM.bib");
bibTeX = new BibTeX(bibFile);
citations = new List<BibTeX.Citation>();
// Get the model we are to export.
string modelName = Path.GetFileNameWithoutExtension(ExplorerPresenter.ApsimXFile.FileName.Replace("Validation", ""));
DoExportPDF(modelName);
}
static void AddTestFunctions_OP(BibTeX.Translator.BibTeXTranslator translator)
{
LaTeXFunction_OP test = new LaTeXFunction_OP ();
test.DefaultResponse = "argument:{0}";
test.DefaultResponseWithOptionalContent = "argument:{0}, opArg:{1}";
test.Name = "test";
translator.LaTeXFunctions.Add (test);
}
static void AddTestMathFunctions_P(BibTeX.Translator.BibTeXTranslator translator)
{
LaTeXFunction_MathNoSlash sup = new LaTeXFunction_MathNoSlash ();
sup.Name = "^";
sup.DefaultResponse = "<small><sup><sup>{0}</sup></sup></small>";
LaTeXFunction_MathNoSlash sub = new LaTeXFunction_MathNoSlash ();
sub.Name = "_";
sub.DefaultResponse = "<sub><sub>{0}</sub></sub>";
LaTeXFunction_MathPP frac = new LaTeXFunction_MathPP ();
frac.Name = "frac";
frac.DefaultResponse =
"<table style=\"display:inline-table; border-collapse: collapse; \">" +
"<tr style=\"border-bottom:1px solid black;\">" +
"<td style=\"text-align:center;\">{0}</td>" +
"</tr>" +
"<tr>" +
"<td style=\"text-align:center;\">{1}</td>" +
"</tr>" +
"</table>";
translator.MathFunctions.Add (sup);
translator.MathFunctions.Add (sub);
translator.MathFunctions.Add (frac);
}
static void AddTestFunctions_PP (BibTeX.Translator.BibTeXTranslator translator)
{
LaTeXFunction_PP frac = new LaTeXFunction_PP ();
frac.Name = "frac";
frac.DefaultResponse = "({0})/({1}) <p>";
//translator.LaTeXFunctions.Add (frac);
}
static void AddTestFunctions_P(BibTeX.Translator.BibTeXTranslator translator)
{
LaTeXFunction_P mbox = new LaTeXFunction_P ();
mbox.DefaultResponse = "{0}";
mbox.Name = "mbox";
LaTeXFunction_P k = new LaTeXFunction_P ();
k.Name = "k";
k.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "a", Response = "ą" });
translator.LaTeXFunctions.Add (mbox);
translator.LaTeXFunctions.Add (k);
}
static void AddTestFunctions_N(BibTeX.Translator.BibTeXTranslator translator)
{
LaTeXFunction_N textbraceleft = new LaTeXFunction_N ();
textbraceleft.DefaultResponse = "{";
textbraceleft.Name = "textbraceleft";
LaTeXFunction_N textbraceright = new LaTeXFunction_N ();
textbraceright.DefaultResponse = "}";
textbraceright.Name = "textbraceright";
LaTeXFunction_N l = new LaTeXFunction_N ();
l.Name = "l";
l.DefaultResponse = "ł";
translator.LaTeXFunctions.Add (textbraceleft);
translator.LaTeXFunctions.Add (textbraceright);
translator.LaTeXFunctions.Add (l);
LaTeXFunction_MathN cdot = new LaTeXFunction_MathN ();
cdot.Name = "cdot";
cdot.DefaultResponse = "·";
translator.MathFunctions.Add (cdot);
}
public static void CreateAlphabetFunctions(BibTeX.Translator.BibTeXTranslator translator)
{
#region grave `
//
// Grave `
//
LaTeXFunction_P grave = new LaTeXFunction_P();
grave.Name = "`";
grave.DefaultResponse = "\\`{{{0}}}";
translator.LaTeXFunctions.Add (grave);
#endregion
#region Acute '
//
// Acute '
//
LaTeXFunction_P acute = new LaTeXFunction_P();
acute.Name = "'";
acute.DefaultResponse = "\\'{{{0}}}";
acute.Responses.Add(new LaTeXFunction_P.OneParameterResponse{Input = "c", Response = "ć"});
acute.Responses.Add(new LaTeXFunction_P.OneParameterResponse{Input = "C", Response = "Ć"});
acute.Responses.Add(new LaTeXFunction_P.OneParameterResponse{Input = "n", Response = "ń"});
acute.Responses.Add(new LaTeXFunction_P.OneParameterResponse{Input = "N", Response = "Ń"});
acute.Responses.Add(new LaTeXFunction_P.OneParameterResponse{Input = "o", Response = "ó"});
acute.Responses.Add(new LaTeXFunction_P.OneParameterResponse{Input = "O", Response = "Ó"});
acute.Responses.Add(new LaTeXFunction_P.OneParameterResponse{Input = "s", Response = "ś"});
acute.Responses.Add(new LaTeXFunction_P.OneParameterResponse{Input = "S", Response = "Ś"});
acute.Responses.Add(new LaTeXFunction_P.OneParameterResponse{Input = "z", Response = "ź"});
acute.Responses.Add(new LaTeXFunction_P.OneParameterResponse{Input = "Z", Response = "Ź"});
translator.LaTeXFunctions.Add (acute);
#endregion
#region Circumflex ^
//
// Circumflex ^
//
LaTeXFunction_P circumflex = new LaTeXFunction_P ();
circumflex.Name = "^";
circumflex.DefaultResponse = "\\^{{{0}}}";
translator.LaTeXFunctions.Add(circumflex);
#endregion
#region umlaut "
//
// umlaut "
//
LaTeXFunction_P umlaut = new LaTeXFunction_P();
umlaut.Name = "\"";
umlaut.DefaultResponse = "\\\"{{{0}}}";
translator.LaTeXFunctions.Add(umlaut);
#endregion
#region Long hungarian umlaut "
//
// Long hungarian umlaut "
//
LaTeXFunction_P longUmlaut = new LaTeXFunction_P();
longUmlaut.Name = "H";
longUmlaut.DefaultResponse = "\\H{{{0}}}";
translator.LaTeXFunctions.Add(longUmlaut);
#endregion
#region tilde ~
//
// tilde ~
//
LaTeXFunction_P tilde = new LaTeXFunction_P();
tilde.Name = "~";
tilde.DefaultResponse = "\\~{{{0}}}";
translator.LaTeXFunctions.Add(tilde);
#endregion
#region c{c} ç cedilla
//
// c{c} ç cedilla
//
LaTeXFunction_P cedilla = new LaTeXFunction_P();
cedilla.Name = "c";
cedilla.DefaultResponse = "\\c{{{0}}}";
translator.LaTeXFunctions.Add (cedilla);
#endregion
#region \={o} ō macron accent (a bar over the letter)
//
// \={o} ō macron accent (a bar over the letter)
//
LaTeXFunction_P macron = new LaTeXFunction_P();
macron.Name = "=";
macron.DefaultResponse = "\\={{{0}}}";
translator.LaTeXFunctions.Add (macron);
#endregion
#region \b{o} o bar under the letter
//
// \b{o} o bar under the letter
//
LaTeXFunction_P b = new LaTeXFunction_P();
b.Name = "b";
b.DefaultResponse = "\\b{{{0}}}";
translator.LaTeXFunctions.Add (b);
#endregion
#region Ogonek
//
// Ogonek
//
LaTeXFunction_P k = new LaTeXFunction_P ();
k.Name = "k";
k.DefaultResponse = "\\k{{{0}}}";
k.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "a", Response = "ą" });
k.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "A", Response = "Ą" });
k.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "e", Response = "ę" });
k.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "E", Response = "Ę" });
translator.LaTeXFunctions.Add (k);
#endregion
#region Ł
//
// Ł
//
LaTeXFunction_N l = new LaTeXFunction_N ();
l.Name = "l";
l.DefaultResponse = "ł";
translator.LaTeXFunctions.Add (l);
LaTeXFunction_N L = new LaTeXFunction_N ();
L.Name = "L";
L.DefaultResponse = "Ł";
translator.LaTeXFunctions.Add (L);
#endregion
#region dot
//
// Kropka nad literą
//
LaTeXFunction_P dot = new LaTeXFunction_P ();
dot.Name = ".";
dot.DefaultResponse = "\\.{{{0}}}";
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "a", Response = "ȧ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "A", Response = "Ȧ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "b", Response = "ḃ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "B", Response = "Ḃ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "c", Response = "ċ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "C", Response = "Ċ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "d", Response = "ḋ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "D", Response = "Ḋ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "e", Response = "ė" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "E", Response = "Ė" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "f", Response = "ḟ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "F", Response = "Ḟ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "g", Response = "ġ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "G", Response = "Ġ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "h", Response = "ḣ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "H", Response = "Ḣ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "I", Response = "İ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "m", Response = "ṁ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "M", Response = "Ṁ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "n", Response = "ṅ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "N", Response = "Ṅ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "o", Response = "ȯ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "O", Response = "Ȯ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "p", Response = "ṗ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "P", Response = "Ṗ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "r", Response = "ṙ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "R", Response = "Ṙ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "s", Response = "ṡ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "S", Response = "Ṡ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "t", Response = "ṫ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "T", Response = "Ṫ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "w", Response = "ẇ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "W", Response = "Ẇ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "x", Response = "ẋ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "X", Response = "Ẋ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "y", Response = "ẏ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "Y", Response = "Ẏ" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "z", Response = "ż" });
dot.Responses.Add (new LaTeXFunction_P.OneParameterResponse{ Input = "Z", Response = "Ż" });
translator.LaTeXFunctions.Add (dot);
#endregion
#region \d{u} ụ dot under the letter
//
// \d{u} ụ dot under the letter
//
LaTeXFunction_P d = new LaTeXFunction_P();
d.Name = "d";
d.DefaultResponse = "\\d{{{0}}}";
translator.LaTeXFunctions.Add (d);
#endregion
#region \r{a} å ring over the letter (for å there is also the special command \aa)
//
// \r{a} å ring over the letter (for å there is also the special command \aa)
//
LaTeXFunction_P r = new LaTeXFunction_P();
r.Name = "r";
r.DefaultResponse = "\\r{{{0}}}";
translator.LaTeXFunctions.Add (r);
#endregion
#region u{o} ŏ breve over the letter
//
// \u{o} ŏ breve over the letter
//
LaTeXFunction_P u = new LaTeXFunction_P();
u.Name = "u";
u.DefaultResponse = "\\u{{{0}}}";
translator.LaTeXFunctions.Add (u);
#endregion
#region \v{s} š caron/háček ("v") over the letter
//
// \v{s} š caron/háček ("v") over the letter
//
LaTeXFunction_P v = new LaTeXFunction_P();
v.Name = "v";
v.DefaultResponse = "\\v{{{0}}}";
translator.LaTeXFunctions.Add (v);
#endregion
#region \t{oo} o͡o "tie" (inverted u) over the two letters
//
// \t{oo} o͡o "tie" (inverted u) over the two letters
//
LaTeXFunction_P t = new LaTeXFunction_P();
t.Name = "t";
t.DefaultResponse = "\\t{{{0}}}";
translator.LaTeXFunctions.Add (t);
#endregion
#region \o ø slashed o (o with stroke)
//
// \o ø slashed o (o with stroke)
//
LaTeXFunction_N o = new LaTeXFunction_N();
o.Name = "o";
o.DefaultResponse = "ø";
translator.LaTeXFunctions.Add (o);
LaTeXFunction_N O = new LaTeXFunction_N();
O.Name = "O";
O.DefaultResponse = "Ø";
translator.LaTeXFunctions.Add (O);
#endregion
}
public static void SetBasicTranslatorOptions(BibTeX.Translator.BibTeXTranslator translator)
{
translator.ExecuteMath = BibTeXTranslator.MathExecutionType.NoIngeretion;
translator.RemoveBracesInMathMode = false;
}
