Graphical User Interface Sample Clauses

Graphical User Interface. A. Playback Control - Fast Forward - Volume Control - Fast Backward - Select drive - Next Chapter - Eject - Previous Chapter - Repeat - Stop - Smooth Slow Motion - Pause - Smooth Fast Forward - Help - Play - Time Line Search - Brightness Control - Keypad Input - Title/Chapter Loop B. Navigator Functions - Audio language selection - Parental control - Viewing angle selection - Subtitle selection - Select Titles/Menus - Title - Root - Audio - Subtitle - Menu - Chapter
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Graphical User Interface. Graphical User Interface" means a graphical user interface, which may be designed by InfoSpace and Vequity and implemented by InfoSpace pursuant to this Agreement for the Vequity Site, that contains or implements branding, graphics, navigation, content or other characteristics or features such that a user reasonably would conclude that such interface is part of the Vequity Site, and containing InfoSpace's customary and required content attribution which may include logo and "Powered by InfoSpace." Vequity and InfoSpace will cooperate to design the user-perceptible elements of the Graphical User Interface, with the goals of: (a) conforming the display output of the "look and feel" associated with the Vequity Site; and (b) maximizing the commercial effectiveness thereof. Following agreement by the parties upon the design specifications thereof, InfoSpace will use commercially reasonable efforts to develop the Graphical User Interface and to implement the same on the Co-Branded Pages. InfoSpace shall have no liability or obligation for failure to develop or implement the Graphical User Interface or any Co-Branded Pages as contemplated by this Section 1.5.3, or for any nonconformity with the design specifications agreed upon by the parties, provided InfoSpace has used commercially reasonable efforts to develop and implement the same as provided in this Section 1.5.3.
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Graphical User Interface. The graphical user interface (GUI) for the MCPS2100 provides system input and control as well as report current operating conditions. Through this interface the user can modify operating parameters, configuration information, and monitor the current health of the system. In a multi-module configuration the GUI provides both an overall system interface (via AMM) as well as direct access to the individual RF modules.
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Graphical User Interface. IBM shall develop the graphical user interface for the PRODUCT which includes all entry and user interaction panels, as well as the rendering and treatment of imaging data and analysis software, all of which is IBM CODE.
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Graphical User Interface. The GUI is based upon PyQt and rospy and consists of a total of 54 individual screens (pages). It has been designed with a clear layout (high contrast, large buttons and fonts) to allow readability even when the user is a few meters away from the robot, e. g. while following during group guidance, and under direct sunlight. For the final demonstration, only English language support was added, but it would easily be possible to add support for further languages in the future. Six different operation modes (use cases) have been implemented in the GUI:
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Graphical User Interface. The System must contain a graphical user interface for the System administration and configuration. The access to the graphical user interface must be subject to user authorization. The System must make it possible to set/restrict privileges for the administration and configuration in the graphical user environment for each of the users.
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Graphical User Interface a. The video conferencing system shall have a user‐friendly graphical interface.
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Graphical User Interface. All web pages that exist in user folder, and are used as the front-end of our web application conform to a universal stylesheet that defines the overall style and element positioning of the User Interface. These pages derive from a MasterPage file (basically a universal Template) which defines the basic components such as the menu bar, popup windows, footer, content placeholders (where each page holds their separate UI modules) etc. With this type of implementation we achieved a universal look and style for all web pages, easy and secure authentication procedures (so that only logged in and roles registered users can access). The majority of the project's web pages consist of html elements (ul, labels, text-areas, divs, paragraphs etc.) as front-end source code, along with CSS, JavaScript and JQuery functions and run on Server Side. We must also note that the whole web application project was built using the bootstrap framework (Twitter based front-end framework that consists of html, CSS and JavaScript that helps to build responsive applications). The initial home page for each user contains a dashboard (Figure 3.2) with all functionalities that are available to each Group / Role of users. Each tab redirects user to a specific web page that handles the required modules.
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