//  参数：文档对象，宽，高，分辨率
Chart MyChart = PdfChart.CreateChart(PdfDocument Document, Double Width, Double Height, Double Resolution);

Chart MyChart = new Chart();
MyChart.RenderingDpiY = 300;    // example of 300 pixels per inch
MyChart.Width = 1950;        // example of 6.5 inches in pixels    
Mychart.Height = 1350;        // example of 4.6 inches in pixels

// resolution is optional. It will override the resolution set above.
PdfChart MyPdfChart = new PdfChart(PdfDocument Document, Chart MyChart, Double Resolution);

// FontSizeUnit is an enumeration
// Available units: pixel, point, UserUnit, Inch, cm, mm
Font CreateFont(String FontFamilyName, FontStyle Style, Double FontSize, FontSizeUnit Unit);

// Draw the chart at OrigX, OrigY in user units
// The width and height of the chart are taken from the Chart object.
// They are calculated from the size in pixels and resolution of the chart.
public void PdfContents.DrawChart(PdfChart MyPdfChart, Double OrigX, Double OrigY);

// Draw the chart at OrigX, OrigY with Width and Height as specified, all in user units.
// NOTE: Width and Height should be selected to agree with the aspect ratio of the chart object.
public void PdfContents.DrawChart(PdfChart MyPdfChart, Double OrigX, Double OrigY, Double Width, Double Height);

SizeD ImageSize(Double Width, Double Height);

ImageSizePos ImageSizePosition(Double Width, Double Height, ContentAlignment Alignment);

// main program
// Create empty document
Document = new PdfDocument(PaperType.Letter, false, UnitOfMeasure.Inch);

// create PrintPdfDocument producing an image with 300 pixels per inch 创建一个300像素每英寸的PrintPdfDocument

 PdfImageControl ImageControl = new PdfImageControl();
 ImageControl.Resolution = 300.0; 
PrintPdfDocument Print = new PrintPdfDocument(Document, ImageControl); 

// PrintPage in the delegate method PrintPageEventHandler 
// This method will print one page at a time to PrintDocument  
Print.PrintPage += PrintPage;
 // set margins in user units (Left, top, right, bottom) 边距设置
// note the margins order are per .net standard and not PDF standard 
Print.SetMargins(1.0, 1.0, 1.0, 1.0);
 // crop the page image result to reduce PDF file size //缩小尺寸
 // the crop rectangle is per .net standard. 

// The origin is top left. 原点在左上方
Print.CropRect = new RectangleF(0.95F, 0.95F, 6.6F, 9.1F); 

// initiate the printing process (calling the PrintPage method)启动打印进程
 // after the document is printed, add each page as an image to PDF file.在打印完文档之后，将每个页面作为一个图像添加到PDF文件中。


 Print.AddPagesToPdfDocument();
 // dispose of the PrintDocument object 

Print.Dispose(); 

// create the PDF file
 Document.CreateFile(FileName);

// Print each page of the document to PrintDocument class打印文档的每一页的PrintDocument类

// You can use standard PrintDocument.PrintPage(...) method.
// NOTE: The graphics origin is top left and Y axis is pointing down.图形原点是左上角，Y轴指向下方

// In other words this is not PdfContents printing.换句话说，这不是PdfContents的打印

 public void PrintPage(object sender, PrintPageEventArgs e) { 

// graphics object short cut Graphics G = e.Graphics; 

// Set everything to high quality 
G.SmoothingMode = SmoothingMode.HighQuality;
 G.InterpolationMode = InterpolationMode.HighQualityBicubic;
 G.PixelOffsetMode = PixelOffsetMode.HighQuality;
 G.CompositingQuality = CompositingQuality.HighQuality;
 // print area within margins 
Rectangle PrintArea = e.MarginBounds; 

// draw rectangle around print area 

G.DrawRectangle(Pens.DarkBlue, PrintArea);
 // line height 
Int32 LineHeight = DefaultFont.Height + 8;
 Rectangle TextRect = new Rectangle(PrintArea.X + 4, PrintArea.Y + 4, PrintArea.Width - 8, LineHeight); 

// display page bounds
 // DefaultFont is defined somewhere else 
String text = String.Format("Page Bounds: Left {0}, Top {1}, Right {2}, Bottom {3}", e.PageBounds.Left, e.PageBounds.Top, e.PageBounds.Right, e.PageBounds.Bottom);
 G.DrawString(text, DefaultFont, Brushes.Black, TextRect); TextRect.Y += LineHeight; 

// display print area 
text = String.Format("Page Margins: Left {0}, Top {1}, Right {2}, Bottom {3}", 
    PrintArea.Left, PrintArea.Top, PrintArea.Right, PrintArea.Bottom); 
G.DrawString(text, DefaultFont, Brushes.Black, TextRect); TextRect.Y += LineHeight; 
// print some lines 

for(Int32 LineNo = 1; ; LineNo++)
 {
 text = String.Format("Page {0}, Line {1}", PageNo, LineNo); 
G.DrawString(text, DefaultFont, Brushes.Black, TextRect); 
TextRect.Y += LineHeight; 
if(TextRect.Bottom > PrintArea.Bottom)
 break;
 } 

// move on to next page 
PageNo++;
 e.HasMorePages = PageNo <= 3; 

return; }

// create table
PdfTable Table = new PdfTable(Page, Contents, Font, FontSize);

// table's area on the page
Table.TableArea = new PdfRectangle(Left, Bottom, Right, Top);

// first page starting vertical position
Table.RowTopPosition = StartingTopPosition;

// divide table area width into columns
StockTable.SetColumnWidth(Width1, Width2, Width3, ...);

// clear all border lines
Table.Borders.ClearAllBorders();

// set all border lines to default values (no need to call)
// All frame lines are one point (1/72") wide
// All grid lines are 0.2 of one point wide
// All borders are black
Table.Borders.SetDefaultBorders();

// set all borders to same width and black color
Table.Borders.SetAllBorders(Double Width);

// set all borders to same width and a specified color
Table.Borders.SetAllBorders(Double Width, Color LineColor);

// set all borders to one width and all grid lines to another width all lines are black
Table.Borders.SetAllBorders(Double FrameWidth, Double GridWidth);

// set all borders to one width and color and all grid lines to another width and color
Table.Borders.SetAllBorders(Double FrameWidth, Color FrameColor, Double GridWidth, Color GridColor);

// set all frame borders to same width and black color and clear all grid lines
Table.Borders.SetFrame(Double Width);

// set all frame borders to same width and a specified color and clear all grid lines
Table.Borders.SetFrame(Double Width, Color LineColor);

// clear border
Table.Borders.ClearTopBorder();

// set border with default color set to black
// Zero width means one pixel of the output device.
Table.Borders.SetTopBorder(Double LineWidth);

// set border
Table.Borders.SetTopBorder(Double LineWidth, Color LineColor);

// clear border
Table.Borders.ClearCellVertBorder(Int32 Index);

// set border with default color set to black
Table.Borders.SetCellVertBorder(Int32 Index, Double LineWidth);

// set border
Table.Borders.SetCellVertBorder(Int32 Index, Double LineWidth, Color LineColor);

// header on each page
HeaderOnEachPage = true;

// minimum row height
MinRowHeight = 0.0;

// make some changes to default header style
Table.DefaultHeaderStyle.Alignment = ContentAlignment.BottomRight;

// create private style for header first column
Table.Header[0].Style = Table.HeaderStyle;
Table.Header[0].Style.Alignment = ContentAlignment.MiddleLeft;

// load header value
Table.Header[0].Value = "Date";

// make some changes to default cell style
Table.DefaultCellStyle.Alignment = ContentAlignment.MiddleRight;
Table.DefaultCellStyle.Format = "#,##0.00";

// create private style for date column
Table.Cell[0].Style = StockTable.CellStyle;
Table.Cell[0].Style.Alignment = ContentAlignment.MiddleLeft;
Table.Cell[0].Style.Format = null;

// open stock daily price
StreamReader Reader = new StreamReader("SP500.csv");

// ignore header
Reader.ReadLine();

// read all daily prices
for(;;)
    {
    String TextLine = Reader.ReadLine();
    if(TextLine == null) break;

    String[] Fld = TextLine.Split(new Char[] {','});

    Table.Cell[ColDate].Value = Fld[ColDate];
    Table.Cell[ColOpen].Value = Double.Parse(Fld[ColOpen], NFI.PeriodDecSep);
    Table.Cell[ColHigh].Value = Double.Parse(Fld[ColHigh], NFI.PeriodDecSep);
    Table.Cell[ColLow].Value = Double.Parse(Fld[ColLow], NFI.PeriodDecSep);
    Table.Cell[ColClose].Value = Double.Parse(Fld[ColClose], NFI.PeriodDecSep);
    Table.Cell[ColVolume].Value = Int32.Parse(Fld[ColVolume]);
    StockTable.DrawRow();
    }

StockTable.Close();

// set cell number 6 with web link
BookList.Cell[6].WebLink = WebLinkString;

// another way to set weblink
BookList.Cell[6].AnnotAction = new AnnotWebLink(WebLinkString);

// set cell with document link to chapter 3
BookList.Cell[6].AnnotAction = new AnnotLinkAction("Chapter3");

// play video
PdfDisplayMedia Omega = new PdfDisplayMedia(PdfEmbeddedFile.CreateEmbeddedFile(Document, "Omega.mp4"));
BookList.Cell[6].AnnotAction = new AnnotDisplayMedia(Omega);

// play audio
PdfDisplayMedia RingSound = new PdfDisplayMedia(PdfEmbeddedFile.CreateEmbeddedFile(Document, "Ring01.wav"));
BookList.Cell[6].AnnotAction = new AnnotDisplayMedia(RingSound);

// allow user to save or view embedded file
PdfEmbeddedFile EmbeddedFile = PdfEmbeddedFile.CreateEmbeddedFile(Document, "BookList.txt");
BookList.Cell[6].AnnotAction = new AnnotFileAttachment(EmbeddedFile, FileAttachIcon.NoIcon);

// define annotation rectangle that has the same aspect ratio as the video
PdfRectangle AnnotRect = ImageSizePos.ImageArea(480, 360,
AreaLeft, AreaBottom, AreaRight - AreaLeft, AreaTop - AreaBottom, ContentAlignment.MiddleCenter);

// create display media object
PdfDisplayMedia DisplayMedia = new PdfDisplayMedia(PdfEmbeddedFile.CreateEmbeddedFile(Document, "LooneyTunes.mp4"));

// create annotation object
PdfAnnotation Annotation = Page.AddScreenAction(AnnotRect, DisplayMedia);

// activate the video when the page becomes visible
// Annotation.ActivateActionWhenPageIsVisible(true);

// define X Object to paint the annotation area when the video is not playing
PdfXObject AnnotArea = AnnotationArea(AnnotRect.Width, AnnotRect.Height, Color.Lavender, Color.Indigo, "Click here to play the video");
Annotation.Appearance(AnnotArea);

// create display media object
PdfDisplayMedia DisplayMedia = new PdfDisplayMedia(PdfEmbeddedFile.CreateEmbeddedFile(Document, "Omega.mp4"));

// activate display controls
DisplayMedia.DisplayControls(true);

// repeat video indefinitly
DisplayMedia.RepeatCount(0);

// display in floating window