The (almost) horizontal line scanned by the electron beam in a video monitor. Also, the analogous line scanned by a video camera.
One sweep of a beam of electrons from left to right across a CRT display; also, one horizontal line of picture information in a video signal. In the NTSC system, each video frame is composed of 525 scanning lines (of which 480 are visible).
A horizontal line of pixels generated by a single horizontal sweep of the beam from a monitor's electron gun. The number of scanlines that make up a frame is the vertical resolution.
On a television or raster-scan computer monitor, one of the horizontal lines on the inner surface of the screen that is traced by the electron beam to form an image. A row of pixels read by any scanning device, such as a full-page scanner or a fax machine.
a line of constant y value which we use to generate spans
an individual line across the display
an individual sweep across the face of the display by the electron beam that makes the picture
a single left-to-right line made by the beam
a single row of pixels spanning the width of the image
One horizontal line in the raster of a video display. See: Raster.
Result of television's swift scanning process which sweeps out a series of horizontal lines from left to right, then down a bit and left to right again. Complete NTSC picture consists of 525 scan lines per frame.
A single horizontal line on a video display which, when combined with other lines on the screen, creates a complete image.
A single horizontal line traced out by the scanning system of a video display unit. 525/60 (NTSC) video has 525 scan lines, about 480 of which contain actual picture. 625/50 (PAL/SECAM) video has 625 scan lines, about 576 of which contain actual picture.
If you look really closely at the screen, you'll see that it's made up of a whole bunch of tiny horizontal lines. These are called scan lines and are the height of a graphics mode eight pixel.
One line of infrared data, whether from left to right or top to bottom, as output to the processor for scan conversion. The number of scan lines read by the scanner is the maximum resolution of the system in one direction. This resolution will be limited further by any overlap factor used.
The location on the conveyor belt that is viewed by the camera. The scan line can be found by using the oscilloscope, which is provided in the software. The oscilloscope trace identifies anything that is in the scan line.
One horizontal line on the display.
A scan line is one line, or row, in a raster scanning pattern, such as a video line on a Cathode ray tube (CRT) display of a television or computer. A scan line represents a row of picture elements (pixels) in the image being displayed.