In traditional photography, overexposure is a term used to describe the process of exposing film to too much light, which results in the photograph being too bright. In digital photography, where there is no film, overexposure refers to a white-looking or washed-out image (overexposed image). This generally happens when a digital photo or video was shot with too much light on the subject. If you’re shooting with the wrong camera settings, the result can also be overexposed images.
- overflow error
An error that occurs when the computer attempts to handle a number that is too large for it. Every computer has a well-defined range of values that it can represent. If during execution of a program it arrives at a number outside this range, it will experience an overflow error. Overflow errors are sometimes referred […]
Use of computer resources for performing a specific feature. Typically, the term is used to describe a function that is optional, or an enhancement to an existing application. For example, maintaining an audit trail might result in 10% overhead, meaning that the program will run 10% slower when the audit trail is turned on. Programmers […]
- overlaid windows
Windows arranged so that they overlap each other. Overlaid windows resemble a stack of pieces of paper lying on top of one another; only the topmost window is displayed in full. You can move a window to the top or bottom of the stack by clicking one of the mouse buttons. This is known as […]
(1) In programming languages, a feature that allows an object to have different meanings depending on its context. The term is used most often in reference to operators that can behave differently depending on the data type, or class, of the operands. For example, x+y can mean different things depending on whether x and y […]
In film and television terminology, overscan represents the extra information on all four sides of am image that is normally not seen by the viewer. Overscan was more of an issue before the 1970s when the video images were framed inside a CRT.