System and method for converting the digital typesetting documents used in publishing to a device-specific format for electronic publishing
A system and method that converts the digital typesetting documents used in publishing to a device-specific format for electronic publishing. A “smart file and device-specific application” approach maintains the “look and feel” (design) of the source document used for print publication while typesetting for a specific device. Although this approach requires considerably more resources to create a smart file for each device-specific format, the smart file retains the unique typesetting characteristics of the printed book, is more aesthetically pleasing, and is easier to read. Furthermore, the device-specific application can render the smart file more quickly thereby eliminating any latency.
1. A method for electronic publishing of fixed-lay out documents to a target device display, comprising:
configuring a binary file template for the target device display, comprising
specifying the page dimensions of the template based on the dimensions of the target device display,
determining a body text size for the template;
determining a line spacing for the template;
creating a baseline grid for the template;
determining margins for the template; and
determining indentations for the template;
arranging text and non-text content in the binary file template for display on the target device display; and
converting the binary file template to one or more output files to fix the arrangement and appearance of the content, said one or more output files containing the text and non-text content and information about the appearance and position of the text and non-text content.
2. The method of claim 1 , further comprising:
manipulating the one or more output files to fix the arrangement and appearance of the content for display on a different target device display having different dimensions.
3. The method of claim 1 , wherein text is arranged according to a ratio between a body text size of the text and a body text size of the template to set body text and non-body text of placed content.
4. The method of claim 1 , further comprising:
storing a library of electronically published documents for different target device displays, each said electronically published document stored as one or more output files having page dimensions that match the dimensions of one of the target device displays,
selling electronically published documents to a plurality of end users, and
distributing the electronically published documents for the different target device displays to the plurality of end users.
5. A method electronic publishing of fixed-layout documents to a target device display, comprising:
configuring a binary file template for the target device display, comprising
specifying the page dimensions of the template based on the dimensions of the target device display, and
specifying at least two typographic settings by
determining a body text size for the template;
determining a line spacing for the template;
creating a baseline grid for the template;
determining margins for the template; or
determining indentations for the template;
using the typographic settings to arrange text and non-text content in the binary file template for display on the target device display; and
converting the binary file template to one or more output files to fix the arrangement and appearance of the content, said one or more output files containing the text and non-text content and information about the appearance and position of the text and non-text content.
6. The method of claim 5 , further comprising:
manipulating the one or more output files to fix the arrangement and appearance of the content for display on a different target device display having different dimensions.
7. A method for electronic publishing of fixed-layout documents to a target device display, comprising:
providing one or more source documents including text and non-text content having a particular look and feel;
configuring a machine readable binary file template to provide page dimensions and typographic settings by
specifying the page dimensions of the template based on the dimensions of the target device display,
determining a body text size for the template;
determining a line spacing for the template;
creating a baseline grid for the template;
determining margins for the template; and
determining indentations for the template,
using the typographic settings to arrange the text and non-text content in the binary file template for display on the target device display to preserve the look and feel of the one or more source documents; and
converting the binary file template to one or more output files to fix the arrangement and appearance of the content, said one or more output files containing the text and non-text content and information about the appearance and position of the text and non-text content to display the fixed-layout document on the target device display.
8. The method of claim 7 , further comprising:
manipulating the one or more output files to fix the arrangement and appearance of the content for display on a different target device display having different dimensions.
9. The method of claim 7 , wherein text is arranged according to a ratio between a body text size of the template and a body text size of the source to set body text and non-body text of placed content.
10. The method of claim 7 , further comprising:
storing a library of electronically published documents for different target device displays, each said electronically published document stored as one or more output files having page dimensions that match the dimensions of one of the target device displays;
selling electronically published documents to a plurality of end users; and
distributing the electronically published documents for the different target device displays to the plurality of end users.