Sentence examples for graphical control from inspiring English sources

This constructive approach enables useful design-oriented capabilities: a graphical control of multiple solutions, the direct switching of the dependencies hierarchy, the execution of dynamic conditional statements using static constraints, the computation of interdependencies, and coordinate-free methods for ensuring consistency between certain continuums of solutions.

This environment is achieved using (1) an electronic informer dedicated to the interactive system evaluation and (2) evaluation based graphical controls.

Plug-ins offer graphical controls, appear in the item toolbar, and can be dragged into the experiment just like the built-in items.

In order to make a non-web-based PLC become web-controllable, we develop a graphical-control interface and utilize Internet techniques to implement our system.

This paper summarises the approach taken to develop an open architecture full tokamak discharge simulator – DINA-CH – based on the DINA code and implemented under graphical programming control using Matlab-SIMULINK.

A more comfortable way of making user-interaction scripts more robust against changes and thus more persistent is to choose a higher abstraction level that is, controlling the application not by means of coordinates but by actual graphical user controls.

The launch of the Macintosh in 1984 was predicated on the notion that giving computers a graphical interface, controlled with a mouse (then a real novelty), would broaden their appeal.

The core of the personal computer its icon-based graphical interface controlled by the click of a mouse was invented not by Apple, nor by IBM or Microsoft, but by Xerox's Palo Alto Research Centre PARCC).

Complexion TTT diagrams are a graphical tool to control interface-related phenomena such as diffusion, creep, oxidation, and microstructure evolution.

Results indicate that experimental condition students make qualitatively better graphical summaries than control condition students after the intervention.

We have evolved some simplified approaches to teleoperation and remote programming, force control, graphical user interface software, vision sensing and calibration.