Users can create and edit document components and assemblies and implement publishing standards like DITA, S1000D and DocBook.
Authors have the ability to create product-centric information which enables the delivery of contextual, up-to-date product and service information in the forms of interactive service procedures, illustrated parts lists, operator and service manuals, and product training materials. Principal outputs are PostScript and PDF, although APP also provides a number of alternative output drivers.ĪPP provides a WYSIWYG view of pages in the Desktop version, which can be used to manipulate pages after automated composition, or to build templates.PTC Arbortext Editor enables the authoring of structured content with real-time validation. Such conditions can also be configured for SGML and other tagged data using proprietary tools called showstrings. When using XML, a template can employ XPath or match-statement contexts to specify the exact conditions to which style is applied through the parser. In later versions a JavaScript FOM API was introduced which can be used as automation scripting and powerful inline conditional processing. Traditionally this was done using ' macros', which are low-level system commands. Scripting is used to automate and apply conditions to the publishing process. APP 'templates' are stylesheets that comprise page layouts, text formatting styles and scripting. Its rules-based engine allows the stylesheet builder to automate demanding page make-up tasks and run them in a 'lights out' server mode.ĪPP applies text and page formatting properties with any chevron delimited mark-up such as SGML or XML or non well formed markup.
Government reports such as Hansard, daily journals and other reports.ĪPP supports processing of marked-up text such as SGML, XML and HTML natively, using a JavaScript based Formatting Object Model API and/or its own proprietary scripting languages and established technologies such as Perl, XPath and Unicode. Financial typesetting, particularly generation of EDGAR reports for Securities and Exchange Commission filings. APP's automation, SGML/XML handling and mathematics formatting mean this complex layout task can be automated Scientific, technical and medical journal publishing, particularly in India. ARBORTEXT ADVANCED PRINT PUBLISHER PDF
2011: APP Engine becomes default print and PDF engine for all Arbortext products.ĪPP has traditionally been used for a number of specific typesetting tasks. 2009: Integration with the existing Arbortext suite of products released with APP Version 10 and Arbortext 6.0. 2005: Arbortext purchased by PTC to provide technical documentation capabilities in its product lifecycle management tools. 2004: Advent Publishing Systems is purchased by Arbortext to provide a more powerful alternative to that product's existing FOSI/TeX engine. As of 2019, Springer Nature (including BMC) was still using it. Patrick Thibor of Springer was quoted as saying "we believe that 3B2 is the only tool available for automated page make up and will enable us to meet our goal of totally automatic production of pages". In 2003 Printing World magazine reported that Springer-Verlag was planning to implement an automated page production process. Early 2000s: Advent integrates more XML technologies into 3B2, allowing users to associate formatting with XML hierarchies. The name 3B2 comes from the business park in Swindon (UK) where Advent had its offices at the time. 3B2 gained a reputation as a challenger for QuarkXPress, but was soon eclipsed by that product in the DTP world and itself evolved into the high end automation market. Mid-1980s: Swindon-based company Advent Publishing Systems creates 3B2, a desktop publishing application.
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