Index of /dviware/dvipdfm

[ICO]NameLast modifiedSizeDescription

[DIR]Parent Directory  -  
[TXT]00README05-Mar-2007 00:37 1.8K 
[   ]dvipdfm-0.13.2c.pdf28-Jun-2001 19:04 162K 
[   ]dvipdfm-0.13.2c.tar.gz28-Jun-2001 19:04 212K 
[   ]dvipdfm-0.13.2d.tar.gz05-Mar-2007 00:35 231K 
[   ]dvipdfm.pdf28-Jun-2001 19:04 162K 
[   ]dvipdfm.tar.gz05-Mar-2007 00:35 231K 

   This is dvipdfm, a DVI to PDF translator.  I wrote this mainly as
exercise to get at the features of PDF I wanted to experiment with. You're
probably wondering why I don't use PDFTeX.  I am a bit of a purist and I
would rather use TeX unmodified as Donald Knuth left it.
You can get it or the manual from

    http://gaspra.kettering.edu/dvipdfm

or if you prefer FTP:

    ftp://ftp.kettering.edu/pub/outgoing/mwicks/dvipdfm
    
   Features:
      - TeX \special's that approximate the functionality 
        of the PostScript pdfmarks used by Adobe's
	Acrobat Distiller.  Links, outlines, articles, and named
	destinations are supported, for example.
	
      - Ability to include PDF, JPEG, and PNG files
        as embedded images.  For PDF files, only the first
        page is included.  Resources will be embedded from
	the original file as necessary.  File inclusion
	does not work for PDF files that store the page
	contents in several segments in an array.

      - Support for thumbnails (with a little help from GhostScript).
	
      - Re-encoding support for PostScript fonts.  dvipdfm
        uses the same .enc files as dvips.  The mapfile is different.
	
      - Virtual font support.	
	
      - Support for arbitrary linear graphics transformations.
        Any material on the page can be scaled and rotated.

      - An internal color stack accessible via \special's.

      - Beginning of page (BOP) and end of page (EOP)
        \special's for placing arbitrary PDF stream
	graphics on every page.
	
      - Partial font embedding and Flate compression
        for reduced file size.
	
      - Balanced page tree and dest tree to improve reader
        speed on very large documents.

   Limitations (at present):

      - Contents streams consisting of multiple parts cannot be embedded.
	
   Mark A. Wicks
   Kettering University
   mwicks@kettering.edu