International Business Machines Corporation

James G Tench, Jr

Edward Scott Rozmiarek

Leroy A Krueger

A method and system for accessing visually obscured data in a data processing system having a computer application displayed concurrently with a video image in a window which partially overlaps the computer application. The location of the video image within the window is maintained in relation to the visually obscured data within the computer application. The video image, which is comprised of a plurality of lines of video data, is then temporarily altered to a translucent state by omitting selected lines of video data. This renders the video image partially visible, allowing the visually obscured data within the computer application to be seen through the video image. The visually obscured data may now be visually accessed through the video image.

Method and system for accessing visually obscured data in a data

Code compression for a dot printer 1 having a printhead 3 with a vertical line of print elements 5. The coding reduces requirements for space in font memory 13 and is readily translated and acted upon. In each eight-bit byte, microprocessor 11 interprets three bits as coding mode commands and the other five bits as content information, primarily as numbers. Printer control code modes are: black in sequence, black in sequence, complete white, white in sequence, repeat column, map bytes (bit-for-bit), and offset. The content information number is stored in register 21 (19 for offset) and printing in the form defined by the code mode is executed the number of times as stored in the register 21 (19 for offset).

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Lexington, KY, United States of America

James G Tench, Jr