The phrase "display logic" is correct and usable in written English.
It can be used in contexts related to programming, user interface design, or data presentation where the logic governing what is displayed is being discussed.
Example: "The application uses display logic to determine which elements are visible based on user input."
Alternatives: "presentation logic" or "view logic".
This could include repairs to the display, logic board, microphones, and so forth, with normal fees applying.
Such theories are Belnap's Display Logic (Belnap, 1982), Wansing's Logic of Information Structures (Wansing, 1993b), generic proof editing systems and their implementations such as the Edinburgh logical framework (Harper, Honsell, and Plotkin, 1987) and many successors which allow the specification of a variety of logical systems.
On one usage of the term 'connective', that associated with Belnap's Display Logic (see Restall (2000), Chapter 6) something corresponding to the comma and many more somewhat analogous devices are sometimes referred to as 'structure connectives' (as opposed to 'formula connectives').
Perhaps the one significant concern I have is whether the antigen-capture and display logic observed for gp120 in the mouse applies in humans.
Indeed, displays, logic gates, photodiodes, rectifiers, sensors and switches have been implemented already relying on the careful design of 4,4′-bipyridinium building blocks and their ingenious integration in nanoscaled configurations.
In later interviews Butlin claimed that he accidentally sawed the corners off his hoopla blocks, but some observers such as The Sunday Herald report that he did it intentionally, displaying "logic and business sense".
They are joined by younger leaders, some of whom display brilliant logic.
According to that internal service document, this proprietary software is required when replacing a "display assembly, logic board, upper case, and Touch ID board," via iFixit.
Furthermore, the multi-functional portable electronic products should integrate with memory [2-24], display [25-49] [25-49]devices [50-57], and functionalogicices (e.g. sensor) [58,59] accordevices device physics and fabrication technology.
In Fig. 3, a handful of the complex promoters display poor logic phenotypes with the ratio of the lowest ON state to the highest OFF state less than two (F2, F6, F10, F11, F14 and F26).
When left to themselves, students tend to avoid cognitive conflict [ 84, 85], display faulty logic, produce inconsistent arguments, and, as newcomers to medical discourse, frequently misuse language [ 24, 44, 86].
