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- 1 Print in hybrid publishing workflows
- 2 HTML-to-print Tools
- 3 LaTex
- 4 Browser built-in pdf rendering
- 5 Desktop publishing software
- 6 Weasy Print
Print in hybrid publishing workflows
Print products = bottleneck in hybrid publishing workflows
Screens in pages represent different paradigms
- Instead of reflowable text, continuous space, variable screen size
- Page: a fixed space
The translation of layouts for screen to page layouts, within is not trivial.
- Browser built-in PDF rendering
- Desktop publishing software
- Weasy Print.
A type-setting/document preparation language, focused on producing typographicaly correct PDFs.
- LaTex is a markup language;
- Pandoc converts seamlessly to LaTex.
- Supports page numbers, hyphenation, bibliography, references, hyperlinks, etc, etc...
- Can produce more experimental and generative outputs. .
- Outputs are by default look academic, although this can be changed
- Use is outmoded
- Styling is defined by packages imported into the document, which is very different and incompatible with CSS.
- A difficult tool to work with, let alone to teach.
Browser built-in pdf rendering
Current browsers have built-in pdf rendering engines. By using the browser function «Print to file» and CSS rules for print, print layouts can be created from HTML files.
- relies on the same set of technologies - HTML, CSS and JS - as other hybrid publishing formats: webpages, ePubs, apps
- it is simple, easily to teach
- CSS includes page specific options:
@media pagerule, and the pseudo-classes
:first :left :right @bottom-left
- works poorly and inconsistently
- requires a lot of trial-and-error to achieve the desired output, with results differing widely across browsers and versions
OSP is making a lot of efforts in this area.
html2print tool (recently developed) http://lurk.org/groups/80c/messages/topic/4CIuW3jpiAFLwllZN3itFV/
Desktop publishing software
Software such as Scribus and inDesign can be incorporated into an HP workflow.
Scribus can import HTML files and inDesign ICML(XML)files. Both formats keep their structure when imported and can remain updatable.
- allows direct feedback between operations and their effects
- graphic designers are familiar their workflows
- can produce complex PDFs with impositions, hyphenation, page numbers. etc
- can intervene in almost all aspects of the document
- to keep the content updatable operations (in inDesign) interventions on content are not possible
- complex structures, like large tables, are difficult to handle, while keeping content updatable (in inDesign)
Its CSS layout engine is written in Python, but employs several libraries to render the PDF.
- Uses HTML and CSS to layout the PDF
- Supports features like page size, page numbering, hyphenation in several languages
- Resulting PDFs can achieve high level of complexity, with simple instructions
- Simple and easy to use
- Can be used as a Python library or as a standalone program
- Free software (BSD license)
- Cleal documentation
- Can be difficult to install, due to its dependencies
- It does not support CSS custom fonts - uses Pango library to manage fonts
- No support for folded formats, such as booklets: no mechanism for imposition
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