LPDFCompressor::InsertNormal

#include "ltwrappr.h"

#include "LTCPDFComp.h"

L_INT LPDFCompressor::InsertNormal(pBitmap)

/* pointer to an LBitmapBase object */

Compresses the specified image, without segmenting it, and inserts the image in the PDF file in memory.

Parameter	Description
pBitmap	Pointer to the bitmap handle that references the image to be inserted in the PDF document.

Returns

SUCCESS	The function was successful.
< 1	An error occurred. Refer to Return Codes.

Comments

To segment an image using MRC segmentation, compress it, and insert the bitmap to the PDF file in memory, call LPDFCompressor::InsertMRC.

Required DLLs and Libraries

LCMRC
LCPDF
LCENC
LCZIB
LTSGM

For a listing of the exact DLLs and Libraries needed, based on the toolkit version, refer to Files To Be Included With Your Application.

See Also

Functions:	LPDFCompressor::InsertMRC, Class Members
Topics:	Creating a Compressed PDF File
	C++ Class Library Function Groups

Example

This example inserts an image in a pdf document without using MRC segmentation.

#define MAKE_IMAGE_PATH(pFileName) TEXT("C:\\Users\\Public\\Documents\\LEADTOOLS Images\\")pFileName
class LPDFCompressorKidIN : public LPDFCompressor 
{
protected: 
   L_INT ImageCallBack(L_INT nPage, LPSEGMENTINFO pSegment) 
   {
      UNREFERENCED_PARAMETER(nPage);
      if(pSegment->uSegmentType == SEGTYPE_BACKGROUND)
         return FAILURE;
      else
         return SUCCESS; 
   }
};
L_INT LPDFCompressor__InsertNormalExample()
{
   LPDFCompressorKidIN  pdf;
   L_INT                nRet;
   LBitmap              LEADBitmap;
   PDFCOMPOPTIONS       PDFOptions; 
   CString szMsg;
   CString szImagesPath = MAKE_IMAGE_PATH(TEXT("IMAGE1.CMP"));
   CString szOutPath = MAKE_IMAGE_PATH(TEXT("Output(InsertNormal).pdf"));
   memset(&PDFOptions,0,sizeof(&PDFOptions)); 
   nRet = pdf.Init ();
   if (nRet != SUCCESS) 
   {
      MessageBox(NULL, TEXT("Couldn't initialize pdf compressor"), TEXT("Error"), MB_OK) ; 
      return nRet;
   }
   PDFOptions.imageQuality = PDFCOMP_IMAGEQUALITY_USER; 
   PDFOptions.outputQuality = PDFCOMP_OUTPUTQUALITY_USER; 
   PDFOptions.uCleanSize = 7;
   PDFOptions.uBackGroundThreshold = 15; 
   PDFOptions.uCombineThreshold = 100; 
   PDFOptions.uSegmentQuality = 50; 
   PDFOptions.uColorThreshold = 25; 
   nRet = LEADBitmap.Load((L_TCHAR *)(LPCTSTR)szImagesPath);
   if(nRet != SUCCESS)
   {
      szMsg.Format(TEXT("Failed to load source image %s"),szImagesPath);
      MessageBox(NULL,szMsg, TEXT("Error"), MB_OK) ; 
      pdf.Free ();
      return nRet;
   }
   nRet = pdf.InsertNormal(&LEADBitmap); 
   if(nRet != SUCCESS)
      return nRet;
   nRet = pdf.Write ((L_TCHAR *)(LPCTSTR)szOutPath);
   if (nRet ==SUCCESS) 
   {
      szMsg.Format(TEXT("result saved to  %s"),szOutPath);
      MessageBox(NULL,szMsg, TEXT("Error"), MB_OK) ; 
   }
   else
   {
      MessageBox(NULL, TEXT("failed to save result"), TEXT("Error"), MB_OK) ; 
      return nRet;
   }
   pdf.Free ();
   return SUCCESS;
}