Abstract: A dynamic highlighting system initially applies a high-level highlight to occurrences of one or more keywords in a search result that fades to a low-level highlight effect. The system receives search results from a search engine and identifies occurrences of keywords in the search results. The system applies a first highlight effect to identified occurrences of the keywords and displays the search results incorporating the highlighted keywords. Upon detecting the occurrence of a highlighting change event, such as the expiration of a timer, the system applies a second highlight effect to the displayed search results. The second highlight effect may include removing the highlight or displaying a muted highlight effect. Thus, the dynamic highlighting system provides an initial noticeable highlight that fades to a level that is still noticeable but is less likely to distract the user from other elements of the user interface.

Abstract: A boot logo processing method includes the following steps. Palette data and a boot graphic including plurality colors are provided, and the colors include corresponding color values respectively in color gamut of the boot graphic. A boot graphic is provided, and it may be composed of plurality colors. When the number of the colors composing the boot graphic is greater than a default value of the number of the colors provided by the palette data, color value of every color is operated with color values of other colors to obtain plurality operating values. Thereby, in the processing method of the invention, part of the colors in the color gamut of the boot graphic are merged into a single color according to the operating values to decrease the number of the colors composing the boot graphic, and produce the boot logo at least according to the latest boot graphic.

Abstract: A display color correcting method is provided. A first plurality of input color values are provided to a display, wherein the input color values correspond to a plurality of vertices of a plurality of cubes within a cubic color space of the display. Each cube has two vertices arranged along a gray diagonal of the cubic color space. A response value is measured for each of the color values and a first plurality of calibration values is determined, the calibration values corresponding to the first plurality of input color values. A second plurality of calibration values corresponding to a second plurality of input color values is determined by interpolating the first plurality of calibration values.