![]() This unique technology (LPFFS) allows immediate and easy simultaneous integration of all Image carriers immediately after performing rasterization on the image Of a glyph is possible without prior vectorisation directly from physical Independently of the source platform of the glyph image data. On the other hand the resampling technology used brings finer letterĬontours at high interline pitches, reduction of the amount ofįont data necessary, and unusual flexibility in extending the unicode glyph setīy national alphabetic or arbitrary pictorial symbols, Of the specific monitor available to the user.īoth reliability in reading and comfort at work are increased, and workĪ technology of adaptive convolution increases theseīenefits in areas of small interline pixel pitch. This, the use of the screen area can extend to the physical boundary Legibility even at extremely high numbers of lines per screen. The resampling subsystem of Links presents a typeface with unprecedented Lynx web browser therefore users who have been using this browser until The user interface in text mode is backward-compatible with the Information loss can be prevented even at high processing speeds,Įxploiting the wide possibilities of the WWW interface. Graphics output and in accomodation to a particular user's working environment. All web applications that involve image material may beĮxploited in a way that ensures an unusually high quality level in the Of only 24 bits per pixel, even under unfavourable gamma conditions in theĭisplay chain. Monitors or projectors with the standard colour depth At the same time, it supports common display Or previewing professional photography archives and presentation volumesįrom primary image data carriers in 48-bit colour depth corresponding to Suitable even for demanding applications, like the presentation of medicalĭata with high grey scale dynamics (such as X-ray images) in projection halls The system ensures very high and accurate graphical power Mechanisms for DNS lookup, HTTP requests, HTML parsing, decoding of imageĭata streams, execution of Javascript and rendering of quality The Links web browser posesses easily controllable powerful internal The Links web browser has been conceived to fulfill the complex demands of today's Appendix 2: the GNU General Public Licence.Problems and frequently asked questions. ![]() Functions accessible through the menu system.Other graphics systems: SVGAlib and framebuffer.Running Links in different environments.Accurate presentation of graphical elements.Low profile footprint in the file system. ![]() You will find here a complete guide for using the Links web browser: Thorough system of interactive menus allows easy and unambiguousĬonfiguration of the browser with maximum possible security for sensitive ![]() Orienting on thumbnails in image searchĮngines is made easier using this image enlargement technology. Possibility of smoothly enlarging images on the page make possible unprecedentedly New functions like asynchronous DNS lookup and the Written manually without compromises in C.Ī new user interface unique to the Links web browser makes work easierĪnd faster for people seriously interested in routine, fast, accurate and The Links web browser combines ease of use,Ĭrystal clear pictures of exactly rendered video output,Īnd the power and reliability of an HTTP requester and HTML parser Welcome to Links, the most powerful web browser for professional work This program is distributed in the hope that it will be useful, but Software Foundation either version 2 of the License, or (at your option) Under the terms of the GNU General Public License as published by the Free This program is free software you can redistribute it and/or modify it Links user documentation Links web browser Mikuláš Patočka, Martin Pergel, Petr Kulhavý, Karel Kulhavý
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