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Rect string abcpdf: >> http://uhs.cloudz.pw/download?file=rect+string+abcpdf << (Download)
Rect string abcpdf: >> http://uhs.cloudz.pw/read?file=rect+string+abcpdf << (Read Online)
XRect Class. Represents a rectangular area in two-dimensional space. When first created the object defaults to an empty rectangle "0 0 0 0". ABCpdf uses the standard Adobe PDF coordinate space. The origin of this space is at the bottom left of the document. Distances are measured up and right in points. Points are a
The following code. [C#] XRect rc = new XRect(); rc.String = "0 0 200 100"; Response.Write("Rect = " + rc.String); Response.Write("
"); rc.Inset(10, 20); Response.Write("Inset = " + rc.String); [Visual Basic] Dim rc As XRect = New XRect() rc.String = "0 0 200 100" Response.Write("Rect = " + rc.String) Response.Write("
")
This property reflects the size of the current page. It also determines the size of new pages created by the AddPage method. Note that changing the MediaBox does not change the current Rect. So typically you'll want to write code like this: [C#] theDoc.MediaBox.String = "0 0 200 300"; theDoc.Rect.String = theDoc.MediaBox
Units) so it functions differently from the other overload and from copying using String. Pin is not copied. For example suppose you have a Doc object (called doc) for which you have set the Doc.Units to mm and also a separate XRect (called rect) that you have created. If you call rect.SetRect(doc.Rect) the rect will contain
ABCpdf uses the standard Adobe PDF coordinate space. The origin of this space is at the bottom left of the document. Distances are measured up and to the right in points. Points are a traditional measure for print work - there are 72 points in an inch. Please note that the bottom-up PDF coordinate space is different from the
Rect.String = "50 50 550 550"; for (int i = 1; i <= 20; i++) { theDoc.FrameRect(); theDoc.Rect.Inset(20, 20); } theDoc.Save(Server.MapPath("docrect.pdf")); theDoc.Clear(); [Visual Basic] Dim theDoc As Doc = New Doc() theDoc.Rect.String = "50 50 550 550" For i As Integer = 1 To 20 theDoc.FrameRect() theDoc.Rect.Inset(20
String = "20 20 220 120"; Response.Write("Rect = " + rc.String); Response.Write("
"); rc.Magnify(0.5, 0.5); Response.Write("Scale = " + rc.String); [Visual Basic] Dim rc As XRect = New XRect() rc.String = "20 20 220 120" Response.Write("Rect = " + rc.String) Response.Write("
") rc.Magnify(0.5, 0.5) Response.
Allows you access to the rect as a string. When working in standard PDF coordinates the format of the string is "left bottom right top". When working with top-down coordinates the format of the string is "left top right bottom". You can use the following page sizes as shortcuts when assigning a string value to an XRect:
In this example we show how to use the String property to implement a graphics state stack with Push and Pop operators. [C#] Doc doc = new Doc(); doc.FontSize = 64; doc.Rect.Inset(20, 20); doc.Font = doc.AddFont("Helvetica"); Stack<string> state = new Stack<string>(); state.Push(doc.String); doc.AddText("Black
int id = theDoc.AddImageHtml("Gallia est omnis divisa in partes tres."); // Frame location of the tagged element XRect[] tagRects = theDoc.HtmlOptions.GetTagRects(id); foreach (XRect theRect in tagRects) { theDoc.Rect.String = theRect.ToString();
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