Adobe, Inc.

Anil Ahuja

Sanyam Jain

Mohammad Javed Ali

Sameer Manuja

Dinesh Kukreja

Reena Agrawal

Vivek Ranjan

Makiko Shimoda

Shailja Gupta

Rahul Jain

Rathnagiri Nagarajan

Vadim Furman

Various techniques more precisely and reliably (a) position top and bottom boundaries of a region of background shading, (b) position left and right boundaries of a region of background shading, (c) define a region of background shading that is applied to Chinese, Japanese, or Korean characters, and (d) apply a clipping path to achieve an arbitrarily-shaped region of background shading. These techniques allow background shading to be applied to textual content precisely and reliably, and also reduce the likelihood that unwanted visual artifacts are introduced into a digital publication.

Enhanced precision background shading for digitally published text

Techniques are disclosed for filtering a list of fonts based on the criteria that each font in the resulting filter supports every single glyph in an arbitrary array of glyphs. The array of glyphs may include one or more glyphs and can be, for example, user-defined (e.g., based on a user content selection within a given document, or entries made on a configuration page) and/or defined by a selected digital document or folder system (where only fonts that support all glyphs used within that entire document or folder system are listed). The techniques can be implemented, for instance, in digital content generation/editing systems that allow for a variety of different fonts and glyphs to be used. In any such cases, the system can be configured to allow for viewing a filtered font list, such that each and every glyph of interest is supported by each font presented in the list.

Filtering fonts based on a selection of glyphs

A computer-implemented method for preventing strike-through and show-through in printing comprises grouping pages of an electronic document into at least one page pair, identifying an area of high ink density in a page of the page pair, adjusting ink density of an image object related to the area of high ink density to ameliorate the area of high ink density, and sending the electronic document to an output device.

Prevent strike-through and show-through in printing by object based ink density correction

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Noida, India

Anil Ahuja