public static WP.Paragraph GenerateParagraphWithAxialTensionFormula(Bar bar, float Ry)
{
var p = new WP.Paragraph();
var officeMath = new OfficeMath();
var fractionFormula = CreateFraction(
new List <OpenXmlElement> {
GenerateRunWithText("N")
},
new List <OpenXmlElement> {
GenerateRunWithText("A∙"), Index("R", "y")
});
var fraction = CreateFraction(
new List <OpenXmlElement> {
GenerateRunWithText($"{Math.Abs(bar.ActualForce)}")
},
new List <OpenXmlElement> {
GenerateRunWithText($"{bar.Section.Area}∙{Ry}∙"), Power("10", "2")
});
officeMath.Append(
fractionFormula,
new Run(new Text(" = ")),
fraction,
new Run(new Text($" = {bar.CalcResult} " + (bar.CalcResult <= 1 ? "≤" : ">") + " 1")));
p.AppendChild(officeMath);
return(p);
}
public static WP.Paragraph EccentricityParagraph(Bar bar, float ecc)
{
var p = new WP.Paragraph();
var officeMath = new OfficeMath();
officeMath.Append(
GenerateRunWithText($"e = "),
CreateFraction(
new List <OpenXmlElement> {
GenerateRunWithText($"M")
},
new List <OpenXmlElement> {
GenerateRunWithText($"N")
}),
GenerateRunWithText(" = "),
CreateFraction(
new List <OpenXmlElement> {
GenerateRunWithText($"{bar.ActualMoment}∙ 100")
},
new List <OpenXmlElement> {
GenerateRunWithText($"{Math.Abs(bar.ActualForce)}")
}),
GenerateRunWithText($" = {ecc * 100} cм")
);
p.AppendChild(officeMath);
return(p);
}
public static WP.Paragraph ReffEccentricityParagraph(Bar bar, float e, float m)
{
var p = new WP.Paragraph();
var officeMath = new OfficeMath();
officeMath.Append(
GenerateRunWithText("m = e ∙ "),
CreateFraction(
new List <OpenXmlElement> {
GenerateRunWithText("A")
},
new List <OpenXmlElement> {
GenerateRunWithText("W")
}),
GenerateRunWithText($" = {e} ∙ "),
CreateFraction(
new List <OpenXmlElement> {
GenerateRunWithText($"{bar.Section.Area}")
},
new List <OpenXmlElement> {
GenerateRunWithText($"{bar.Section.SectionModulusX}")
}),
GenerateRunWithText($" = {m}")
);
p.AppendChild(officeMath);
return(p);
}
public static WP.Paragraph LambdaParagraph(Bar bar, float lambda)
{
var p = new WP.Paragraph();
var officeMath = new OfficeMath();
officeMath.Append(
GenerateRunWithText($"λ = "),
CreateFraction(
new List <OpenXmlElement> {
Index("l", "x"), GenerateRunWithText($"∙"), Index("μ", "x")
},
new List <OpenXmlElement> {
Index("i", "x")
}),
GenerateRunWithText(" = "),
CreateFraction(
new List <OpenXmlElement> {
GenerateRunWithText($"{bar.Length} ∙ 1")
},
new List <OpenXmlElement> {
GenerateRunWithText($"{bar.Section.RadiusOfGyrationX} ∙ 10")
}),
GenerateRunWithText($" = {lambda}")
);
p.AppendChild(officeMath);
return(p);
}
public void WorkWithMathObjectType(int index, MathObjectType objectType)
{
Document doc = new Document(MyDir + "Shape.OfficeMath.docx");
OfficeMath officeMath = (OfficeMath)doc.GetChild(NodeType.OfficeMath, index, true);
Assert.AreEqual(objectType, officeMath.MathObjectType);
}
/// <summary>
/// Called when the visiting of a OfficeMath node is ended.
/// </summary>
public override VisitorAction VisitOfficeMathEnd(OfficeMath officeMath)
{
mDocTraversalDepth--;
IndentAndAppendLine("[OfficeMath end]");
mVisitorIsInsideOfficeMath = false;
return(VisitorAction.Continue);
}
/// <summary>
/// Called when an OfficeMath node is encountered in the document.
/// </summary>
public override VisitorAction VisitOfficeMathStart(OfficeMath officeMath)
{
IndentAndAppendLine("[OfficeMath start] Math object type: " + officeMath.MathObjectType);
mDocTraversalDepth++;
mVisitorIsInsideOfficeMath = true;
return(VisitorAction.Continue);
}
public override VisitorAction VisitOfficeMathStart(OfficeMath officeMath)
{
if (_extractGo)
{
NodeCollection.Add(officeMath);
}
return(VisitorAction.Continue);
}
public void OfficeMathDefaultValue()
{
Document doc = new Document(MyDir + "Shape.OfficeMath.docx");
OfficeMath officeMath = (OfficeMath)doc.GetChild(NodeType.OfficeMath, 0, true);
Assert.AreEqual(OfficeMathDisplayType.Display, officeMath.DisplayType);
Assert.AreEqual(OfficeMathJustification.Center, officeMath.Justification);
}
public void OfficeMathDisplayException()
{
Document doc = new Document(MyDir + "Shape.OfficeMath.docx");
OfficeMath officeMath = (OfficeMath)doc.GetChild(NodeType.OfficeMath, 0, true);
officeMath.DisplayType = OfficeMathDisplayType.Display;
Assert.That(() => officeMath.Justification = OfficeMathJustification.Inline, Throws.TypeOf <ArgumentException>());
}
public void OfficeMathDisplayNestedObjects()
{
Document doc = new Document(MyDir + "Shape.NestedOfficeMath.docx");
OfficeMath officeMath = (OfficeMath)doc.GetChild(NodeType.OfficeMath, 0, true);
//Always inline
Assert.AreEqual(OfficeMathDisplayType.Inline, officeMath.DisplayType);
Assert.AreEqual(OfficeMathJustification.Inline, officeMath.Justification);
}
public void CannotBeSetInlineDisplayWithJustification()
{
Document doc = new Document(MyDir + "Shape.OfficeMath.docx");
OfficeMath officeMath = (OfficeMath)doc.GetChild(NodeType.OfficeMath, 0, true);
officeMath.DisplayType = OfficeMathDisplayType.Inline;
Assert.Throws <ArgumentException>(() => officeMath.Justification = OfficeMathJustification.Center);
}
public static WP.Paragraph MefParagraph(float m, float etta, float mef)
{
var p = new WP.Paragraph();
var officeMath = new OfficeMath();
officeMath.Append(
Index("m", "ef"),
GenerateRunWithText($" = m ∙ η = {m} ∙ {etta} = {mef}"));
p.AppendChild(officeMath);
return(p);
}
public void SaveShapeObjectAsImage()
{
//ExStart
//ExFor:Shows how to convert specific object into image
Document doc = new Document(MyDir + "Document.OfficeMath.docx");
//Get OfficeMath node from the document and render this as image (you can also do the same with the Shape node)
OfficeMath math = (OfficeMath)doc.GetChild(NodeType.OfficeMath, 0, true);
math.GetMathRenderer().Save(MyDir + "Document.OfficeMath Out.svg", new ImageSaveOptions(SaveFormat.Svg));
//ExEnd
}
public void MathEquations()
{
//ExStart:MathEquations
Document doc = new Document(MyDir + "Office math.docx");
OfficeMath officeMath = (OfficeMath)doc.GetChild(NodeType.OfficeMath, 0, true);
// OfficeMath display type represents whether an equation is displayed inline with the text or displayed on its line.
officeMath.DisplayType = OfficeMathDisplayType.Display;
officeMath.Justification = OfficeMathJustification.Left;
doc.Save(ArtifactsDir + "WorkingWithOfficeMath.MathEquations.docx");
//ExEnd:MathEquations
}
private void button1_Click(object sender, EventArgs e)
{
string[] latexMathCode =
{
@"x^{2}+\\sqrt{x^{2}+1}=2",
@"2\alpha - \sin y + x",
@"1 \over 2 + x",
@"(1 + \vert x-[a-b] \vert)",
@"\mbox{if $x=1$ or $x=2$}",
@"\begin{cases} 1 & \mbox{if $x>0$,} \\ 2 & \mbox{otherwise.} \end{cases}"
};
Document doc = new Document();
doc.LoadFromFile(@"..\..\..\..\..\..\Data\AddMathEquation.docx");
Section section = doc.Sections[0];
Paragraph paragraph;
OfficeMath officeMath;
//Add LaTeX code
Table table1 = section.Tables[0] as Table;
List <OfficeMath> mathEquations = new List <OfficeMath>();
for (int i = 1; i < 7; i++)
{
paragraph = table1.Rows[i].Cells[0].AddParagraph();
paragraph.Text = latexMathCode[i - 1];
paragraph = table1.Rows[i].Cells[1].AddParagraph();
officeMath = new OfficeMath(doc);
officeMath.FromLatexMathCode(latexMathCode[i - 1]);
paragraph.Items.Add(officeMath);
mathEquations.Add(officeMath);
}
//Add MathML code
Table table2 = section.Tables[1] as Table;
for (int i = 1; i < 7; i++)
{
paragraph = table2.Rows[i].Cells[0].AddParagraph();
paragraph.Text = mathEquations[i - 1].ToMathMLCode();
paragraph = table2.Rows[i].Cells[1].AddParagraph();
officeMath = new OfficeMath(doc);
officeMath.FromMathMLCode(mathEquations[i - 1].ToMathMLCode());
paragraph.Items.Add(officeMath);
}
string result = "AddMathEquation_result.docx";
doc.SaveToFile(result, FileFormat.Docx);
WordDocViewer(result);
}
public void OfficeMathDisplayGold()
{
//ExStart
//ExFor:OfficeMath.DisplayType
//ExFor:OfficeMath.Justification
//ExSummary:Shows how to set office math display formatting.
Document doc = new Document(MyDir + "Shape.OfficeMath.docx");
OfficeMath officeMath = (OfficeMath)doc.GetChild(NodeType.OfficeMath, 0, true);
officeMath.DisplayType = OfficeMathDisplayType.Display;
officeMath.Justification = OfficeMathJustification.Left;
doc.Save(MyDir + @"Artifacts\Shape.OfficeMath.docx");
//ExEnd
Assert.IsTrue(DocumentHelper.CompareDocs(MyDir + @"Artifacts\Shape.OfficeMath.docx", MyDir + @"\Golds\Shape.OfficeMath Gold.docx"));
}
public static void Run()
{
// ExStart:SpecifylocaleAtFieldlevel
// The path to the documents directory.
string dataDir = RunExamples.GetDataDir_WorkingWithFields();
Document doc = new Document(dataDir + "MathEquations.docx");
OfficeMath officeMath = (OfficeMath)doc.GetChild(NodeType.OfficeMath, 0, true);
// Gets/sets Office Math display format type which represents whether an equation is displayed inline with the text or displayed on its own line.
officeMath.DisplayType = OfficeMathDisplayType.Display; // or OfficeMathDisplayType.Inline
// Gets/sets Office Math justification.
officeMath.Justification = OfficeMathJustification.Left; // Left justification of Math Paragraph.
doc.Save(dataDir + "MathEquations_out.docx");
// ExEnd:SpecifylocaleAtFieldlevel
}
public static WP.Paragraph LambdaRefParagraph(float lambda, float lambdaRef, float Ry, float E)
{
var p = new WP.Paragraph();
var officeMath = new OfficeMath();
var bar = new DocumentFormat.OpenXml.Math.Bar();
var barProperties = new BarProperties();
var position = new Position()
{
Val = VerticalJustificationValues.Top
};
barProperties.Append(position);
var bas = new Base(new Run(new Text("λ")));
bar.Append(barProperties, bas);
officeMath.Append(
bar,
GenerateRunWithText(" = λ ∙ "),
CreateRadical(
CreateFraction(
new List <OpenXmlElement> {
Index("R", "y")
},
new List <OpenXmlElement> {
GenerateRunWithText("E")
})),
GenerateRunWithText($" = {lambda} "),
CreateRadical(
CreateFraction(
new List <OpenXmlElement> {
GenerateRunWithText($"{Ry}")
},
new List <OpenXmlElement> {
GenerateRunWithText($"{E}")
})),
GenerateRunWithText(" = "),
GenerateRunWithText($" = {lambdaRef}")
);
p.AppendChild(officeMath);
return(p);
}
public static WP.Paragraph AreaFractionParagraph(Bar bar, float afaw)
{
var p = new WP.Paragraph();
var officeMath = new OfficeMath();
officeMath.Append(
CreateFraction(
new List <OpenXmlElement> {
Index("A", "f")
},
new List <OpenXmlElement> {
Index("A", "w")
}),
GenerateRunWithText(" = "),
CreateFraction(
new List <OpenXmlElement> {
Index("b", "f"), GenerateRunWithText(" ∙ "), Index("t", "f")
},
new List <OpenXmlElement> {
GenerateRunWithText("2 ∙ "), Index("h", "w"), GenerateRunWithText(" ∙ "), Index("t", "w")
}),
GenerateRunWithText(" = "),
CreateFraction(
new List <OpenXmlElement> {
GenerateRunWithText($"{bar.Section.Width} ∙{bar.Section.Thickness}")
},
new List <OpenXmlElement> {
GenerateRunWithText($"2 ∙ {bar.Section.Height} ∙ {bar.Section.Thickness}")
}),
GenerateRunWithText($" = {afaw}")
);
p.AppendChild(officeMath);
return(p);
}
public static void getFormulaXml(WordprocessingDocument doc, String xmlFullPath)
{
Body body = doc.MainDocumentPart.Document.Body;
IEnumerable <Paragraph> paras = body.Elements <Paragraph>();
XmlDocument xmlDocx = new XmlDocument();
xmlDocx.Load(xmlFullPath);
XmlNode root = xmlDocx.SelectSingleNode("Formula/spErroInfo");
List <Paragraph> pList = toList(paras);
int count = -1;
List <int> iList = Tool.getTitlePosition(doc);
string chapter = "";
string last_chapter = null;
foreach (Paragraph p in paras)
{
Run r = p.GetFirstChild <Run>();
if (r != null)
{
EmbeddedObject Ob = null;
OfficeMath oMath = null;
count++;
Ob = r.GetFirstChild <EmbeddedObject>();
oMath = r.GetFirstChild <OfficeMath>();
if (Ob != null || oMath != null)
{
if (pList != null && count < pList.Count - 1)
{
ParagraphProperties pPr = p.GetFirstChild <ParagraphProperties>();
List <int> listchapter = Tool.getTitlePosition(doc);
chapter = Chapter(listchapter, count, body);
int num_incap = 1;
if (chapter == last_chapter)
{
num_incap++;
}
else if (chapter != last_chapter)
{
num_incap = 1;
last_chapter = chapter;
}
//公式编号
string number = getFullText(p);
string Show_number = number.Trim();
bool Isformule = false;
int FirstNumber = 0;
bool sameP = false;
bool havePicturename = false;
for (int a = 0; a < number.Length; a++)
{
if (number[a] == '图')
{
sameP = true;
}
}
for (int i = 0; i < number.Length; i++)
{
if (number[i] >= 48 && number[i] <= 58 && FirstNumber == 0 && sameP == false)
{
Isformule = true;
if (i != 0)
{
FirstNumber = i;
}
}
else if (number[i] >= 48 && number[i] <= 58 && FirstNumber != 0 && sameP == false)
{
/*if (number[i - 1] != '(')
* {
* XmlElement xml = xmlDocx.CreateElement("Text");
* xml.InnerText = "公式编号格式不规范，建议改为（M.N）：{" + Show_number + "}";
* root.AppendChild(xml);
* }*/
}
else
{
Paragraph Nextline = pList[count + 1];
string NL = getFullText(Nextline);
for (int j = 0; j < NL.Length; j++)
{
if ((NL[j] == '图' && j == 0) || (NL[j] == 'F' && j == 0))
{
havePicturename = true;
/*Isformule = true;
* XmlElement xml = xmlDocx.CreateElement("Text");
* xml.InnerText = "公式缺少编号：{" + chapter + "}";
* root.AppendChild(xml);*/
}
if ((NL[j] == '图' && j != 0) || (NL[j] == 'F' && j != 0))
{
havePicturename = true;
/*if (NL[j - 1] != ' ')
* {
* Isformule = true;
* XmlElement xml = xmlDocx.CreateElement("Text");
* xml.InnerText = "公式缺少编号：{" + chapter + "}";
* root.AppendChild(xml);
* }*/
}
}
if (havePicturename == false)
{
Isformule = true;
XmlElement xml = xmlDocx.CreateElement("Text");
xml.InnerText = "公式缺少编号：{" + chapter + "}";
root.AppendChild(xml);
}
}
}
//右对齐
if (pPr != null && Isformule == true)
{
if (pPr.GetFirstChild <Justification>() != null)
{
if (pPr.GetFirstChild <Justification>().Val != null)
{
if (pPr.GetFirstChild <Justification>().Val != "right")
{
if (Show_number != null)
{
XmlElement xml = xmlDocx.CreateElement("Text");
xml.InnerText = "公式应整行右对齐：{" + Show_number + "}";
root.AppendChild(xml);
}
if (Show_number == null)
{
}
}
}
}
}
//公式前后行距
if (pPr != null && Isformule == true)
{
if (pPr.GetFirstChild <SpacingBetweenLines>() != null)
{
if (pPr.GetFirstChild <SpacingBetweenLines>().Before != null && pPr.GetFirstChild <SpacingBetweenLines>().Before != "156")
{
if (Show_number != null)
{
XmlElement xml = xmlDocx.CreateElement("Text");
xml.InnerText = "公式段前间距错误，应为0.5倍行距：{" + "}";
root.AppendChild(xml);
}
if (Show_number == null)
{
}
}
if (pPr.GetFirstChild <SpacingBetweenLines>().After != null && pPr.GetFirstChild <SpacingBetweenLines>().After != "156")
{
if (Show_number != null)
{
XmlElement xml = xmlDocx.CreateElement("Text");
xml.InnerText = "公式段前间距错误，应为0.5倍行距：{" + "}";
root.AppendChild(xml);
}
if (Show_number == null)
{
}
}
}
}
}
}
}
}
xmlDocx.Save(xmlFullPath);
}
//首先找到公式
public void SelectandCheckFormula(WordprocessingDocument doc)
{
Body body = doc.MainDocumentPart.Document.Body;
IEnumerable <Paragraph> paras = body.Elements <Paragraph>();
List <Paragraph> plist = Tool.toList(paras);
var list = body.ChildElements;
List <int> titleposition = Tool.getTitlePosition(doc);
Paragraph temp = new Paragraph();
int count = 0;
int number = -1;
foreach (var t in list)
{
count++;
if (t.GetType() == temp.GetType())
{
Paragraph p = (Paragraph)t;
Run r = t.GetFirstChild <Run>();
number++;
if (r != null)
{
EmbeddedObject ob = r.GetFirstChild <EmbeddedObject>();
OfficeMath om = r.GetFirstChild <OfficeMath>();
Picture pic = null;
IEnumerable <Run> runs = p.Elements <Run>();
foreach (Run rr in runs)
{
if (rr.GetFirstChild <Picture>() != null)
{
pic = rr.GetFirstChild <Picture>();
}
}
if (ob != null || om != null || pic != null)
{
if (plist != null && number < plist.Count - 1)
{
/*
* string chaper = Chapter(titleposition, count, body);
* if (CharpterNum != chaper.Trim().Substring(0, 1))
* {
* //正确的章节号
* CharpterNum = chaper.Trim().Substring(0, 1);
* //每章节的公式序号
* CharpterFormulaN = 0;
* }*/
string content = Util.getFullText(p);
string showcontent = content.Trim();
int firstnum = 0;
bool formula = false;
bool rightformula = false;
bool special = false;
bool samep = false;
bool haspicname = false;
bool ispicture = false;
int i;
//是图
for (i = 0; i < content.Length; i++)
{
if (content[i] == '图')
{
samep = true;
}
}
//一般来说 公式的图片和后面的序号在同一paragraph里 可据此判断是否为公式
for (i = 0; i < content.Length; i++)
{
if (content[i] > 48 && content[i] < 58 && firstnum == 0 && samep == false)
{
// rightformula = true;
formula = true;
break;
}
}
if (!rightformula)
{
Paragraph nextl = plist[number + 1];
string nl = Util.getFullText(nextl);
//图片的下一paragraph里有“图”字 可判断此图片是图
for (i = 0; i < nl.Length; i++)
{
if (nl[i] == '图' || nl[i] == 'F')
{
haspicname = true;
}
}
if (number < plist.Count - 3)
{
if (plist[number + 2].InnerText.IndexOf('.') >= 0 && plist[number + 2].InnerText.IndexOf('图') >= 0)
{
haspicname = true;
}
//图片的上一行有“如图x.x”字样 则图片是图
if (plist[number - 1].InnerText.IndexOf("如图") >= 0 || /*(plist[number - 1].InnerText == null &&*/ plist[number - 2].InnerText.IndexOf("如图") >= 0)
{
ispicture = true;
}
}
}
if (Regex.IsMatch(p.InnerText, @"[\u4e00-\u9fa5]"))
{
special = true;
}
if (!samep && !haspicname && !ispicture && !special)
{
// Console.WriteLine(plist[number+1].InnerText);
// Console.WriteLine(plist[number - 2].InnerText);
// Console.WriteLine(p.InnerText);
WhetherJustif(p);//公式部分是否居中
HasNumber(p, doc, count, titleposition); //是否有编号
Checkbracket(p); //括号是否正确
if (!Util.correctJustification(p, doc, Justifi))
{
Util.printError("公式整行未右对齐 ----" + "第" + Chapternum + "章" + "第" + Sequencenum + "个公式");//是否右对齐
}
//if (!Util.correctSpacingBetweenLines_Be(p, doc, textBef))
// Util.printError("公式的段前间距错误，应为段前0.5行 ----" + "第" + Chapternum + "章" + "第" + Sequencenum + "个公式");
//if (!Util.correctSpacingBetweenLines_Af(p, doc, textAft))
// Util.printError("公式的段后间距错误，应为段后0.5行 ----" + "第" + Chapternum + "章" + "第" + Sequencenum + "个公式");
}
else
{
continue;
}
}
}
}
}
}
}
public string xuatpdf(long id, string tenmon)
{
Document doc = new Document();
Section section = doc.AddSection();
section.PageSetup.Borders.BorderType = BorderStyle.DoubleWave;
section.PageSetup.Borders.Color = Color.Black;
section.PageSetup.Borders.Left.Space = 50;
section.PageSetup.Borders.Right.Space = 50;
section.PageSetup.Borders.Top.Space = 20;
section.PageSetup.Borders.Bottom.Space = 20;
//title
Paragraph paratitle = section.AddParagraph();
paratitle.Format.HorizontalAlignment = HorizontalAlignment.Center;
paratitle.AppendText("TRƯỜNG ĐẠI HỌC GIAO THÔNG VẬN TẢI PHÂN HIỆU TẠI TP HỒ CHÍ MINH");
ParagraphStyle styletitle = new ParagraphStyle(doc);
styletitle.Name = "titleStyle";
styletitle.CharacterFormat.Bold = true;
styletitle.CharacterFormat.TextColor = Color.Black;
styletitle.CharacterFormat.FontName = "Arial";
styletitle.CharacterFormat.FontSize = 16f;
doc.Styles.Add(styletitle);
paratitle.ApplyStyle("titleStyle");
// tne mon de thi
Paragraph paratenmon = section.AddParagraph();
paratenmon.Format.HorizontalAlignment = HorizontalAlignment.Left;
paratenmon.AppendText("\n\nĐề thi môn:" + tenmon);
ParagraphStyle styleleft = new ParagraphStyle(doc);
styleleft.Name = "left";
styleleft.CharacterFormat.Bold = true;
styleleft.CharacterFormat.TextColor = Color.Black;
styleleft.CharacterFormat.FontName = "Arial";
styleleft.CharacterFormat.FontSize = 12f;
doc.Styles.Add(styleleft);
paratenmon.ApplyStyle("left");
// ma de thi
Paragraph paramade = section.AddParagraph();
paramade.Format.HorizontalAlignment = HorizontalAlignment.Right;
paramade.AppendText("\tMã đề:" + id + "\n\n\n");
ParagraphStyle styleright = new ParagraphStyle(doc);
styleright.Name = "right";
styleright.CharacterFormat.Bold = true;
styleright.CharacterFormat.TextColor = Color.Black;
styleright.CharacterFormat.FontName = "Arial";
styleright.CharacterFormat.FontSize = 12f;
doc.Styles.Add(styleright);
paramade.ApplyStyle("right");
int slcau = 0;
var khoch = new Bode().listkhocauhoi(id);
foreach (var item in khoch)
{
Paragraph para1 = section.AddParagraph();
slcau++;
int slda = 0;
var s = tachcongthuc(item.NoiDung);
para1.AppendText("\n");
para1.AppendText("Câu " + slcau + ":");
foreach (var item2 in s)
{
if (item2.Contains("<mml:math"))
{
try
{
OfficeMath officeMath;
officeMath = new OfficeMath(doc);
officeMath.FromMathMLCode(item2);
para1.Items.Add(officeMath);
}
catch
{
}
}
else
{
para1.AppendHTML(item2);
}
}
para1.AppendText("\n\n");
if (item.HinhAnh.Length > 0)
{
try
{
Image image = Image.FromFile(Server.MapPath(item.HinhAnh));
DocPicture pic = para1.AppendPicture(image);
pic.Height = pic.Height;
if (pic.Height > pic.Width)
{
pic.Height = 180;
pic.Width = 120;
}
else if (pic.Height < pic.Width)
{
pic.Height = 120;
pic.Width = 150;
}
else if (pic.Height == pic.Width)
{
pic.Height = 150;
pic.Width = 150;
}
para1.AppendText("\n");
}
catch { }
}
foreach (var da in item.Dap_AN)
{
var s1 = tachcongthuc(da.NoiDung);
para1.AppendText("\n");
if (da.TrangThai == true)
{
para1.AppendText("*");
}
else
{
para1.AppendText("");
}
slda++;
foreach (var item2 in s1)
{
if (item2.Contains("<mml:math"))
{
try
{
OfficeMath officeMath;
officeMath = new OfficeMath(doc);
officeMath.FromMathMLCode(item2);
para1.Items.Add(officeMath);
}
catch
{
}
}
else
{
para1.AppendHTML(item2);
}
}
if (da.HinhAnh.Length > 0)
{
try
{
para1.AppendText("\n\n");
Image image = Image.FromFile(Server.MapPath(da.HinhAnh));
DocPicture pic = para1.AppendPicture(image);
if (pic.Height > pic.Width)
{
pic.Height = 120;
pic.Width = 100;
}
else if (pic.Height < pic.Width)
{
pic.Height = 100;
pic.Width = 120;
}
else if (pic.Height == pic.Width)
{
pic.Height = 120;
pic.Width = 120;
}
para1.AppendText("\n");
}
catch { }
}
}
}
Paragraph paragraph = section.Paragraphs[section.Count - 1];
Footnote footnote = paragraph.AppendFootnote(FootnoteType.Footnote);
TextRange text = footnote.TextBody.AddParagraph().AppendText("HẾT");
text.CharacterFormat.FontName = "Arial Black";
text.CharacterFormat.FontSize = 12;
text.CharacterFormat.TextColor = Color.SlateGray;
doc.SaveToFile(Server.MapPath("~/Content/" + "De_" + id + ".docx"));
doc.SaveToFile(Server.MapPath("~/Content/" + "De_" + id + ".pdf"));
return("/Content/" + "De_" + id + ".pdf");
}
