A display method and a terminal device are provided, so as to resolve a prior-art problem that CPU power consumption of the terminal device is relatively high because a display system of the terminal device processes three procedures in parallel in a Vsync period. The method is: determining, by the display system of the terminal device, a start moment of a first procedure in an (M+1).sup.th Vsync period according to first processing duration of the first procedure in an M.sup.th Vsync period, so that the display system starts to execute a device display procedure before starting to execute the first procedure, the display system delays executing the first procedure in the (M+1).sup.th Vsync period, so that a time required for processing three procedures in parallel in the (M+1).sup.th Vsync period by the display system is reduced, and CPU power consumption of the terminal device is reduced.

An electronic device may be provided with a display mounted in a housing. The display may have an array of pixels that form an active area and may have an inactive area that runs along an edge of the active area. An opaque layer may be formed on an inner surface of a display cover layer in the inactive area of the display or may be formed on another transparent layer in the electronic device. An ambient light sensor window may be formed from the opening and may be aligned with color ambient light sensor. The ambient light sensor may have an integrated circuit with an array of photodetectors and may have a color filter layer forming a corresponding array of thin-film interference color filters with different respective pass bands. The color filter layer may have a shared dielectric stack and multiple color-filter-specific dielectric stacks on the shared dielectric stack.

Systems, methods, and computer readable media to improve the operation of a computer's display system are described. In general, techniques are disclosed for retaining glyph-mask information for text associated with a region that may be arbitrarily moved across a screen. More particularly, techniques disclosed herein utilize an additional off-screen buffer referred to as the glyph-mask buffer. The glyph-mask buffer coincides with an existing side buffer in extent, but is used only to retain anti-aliased glyph information (i.e., glyph-masks). When the side buffer's content is updated, the effect of that update on the region's text may be reflected in an update to the glyph-mask buffer. At display time, the region corresponding to the side buffer, and the text therein, may be properly rendered at any screen location by combining the screen's target display area (background), the side buffer and the glyph-mask buffer.

A vehicle information display control device includes: an automatic driving information obtaining unit that obtains automatic driving information including information indicating whether each of actuators of a vehicle is in a manual control mode or an automatic control mode; and a display controller that causes a display to display an image based on the automatic driving information. The display controller simultaneously displays a first image and a second image representing the manual control mode and the automatic control mode, respectively, of each of the actuators, and displays (i) the first image of an actuator in the manual control mode closer than the second image of the actuator in the manual control mode and (ii) the second image of an actuator in the automatic control mode closer than the first image of the actuator in the automatic control mode.

A driver assistance apparatus includes a driving switching unit and a display controlling unit. The driving switching unit switches a driving state of a vehicle from autonomous driving into manual driving. The display controlling unit causes, before the driving switching unit switches the driving state of the vehicle from the autonomous driving into the manual driving, a display to display an image that transitions from a vehicle image imitating an exterior of the vehicle into an interior image imitating an interior of the vehicle.

In an apparatus, in a case where a confirming unit confirms that remote desktop connection is made and a software screen is set to be displayed on a foreground, a setting unit cancels the setting for displaying the software screen on the foreground.

An image display device includes a display unit configured to display a display image and to use a color information target value as a color information value of a display color, the display color being a color of the displayed image; and a first image correction unit configured, in a case where the color information value of the display color of the display image obtained by capturing the display image displayed by the display unit is different from the color information target value, to correct the color information value of the display color of the displayed image displayed by the display unit, so that the color information value of the display color of the display image obtained by capturing the display image displayed by the display unit becomes the color information target value.

A non-transitory storage medium encoded with an information processing program executed by a computer of an information processing apparatus connected to a display including first and second display areas according to one aspect, the information processing program causing the computer to perform first representation processing for showing a first image in the first display area and second representation processing for showing a second image in the second display area. In the second representation processing, a color of the second image in the second display area is changed based on the first image shown in the first display area.

This invention provides methods of and related apparatus for driving an electro-optic display having a plurality of pixels to display white text on a black background (dark mode) while reducing edge artifacts, ghosting and flashy updates. The present invention reduces the accumulation of edge artifacts by applying a special waveform transition to edge regions according to an algorithm along with methods to manage the DC imbalance introduced by the special transition. Edge artifact clearing may be achieved by identifying specific edge pixels to receive a special transition called an inverted top-off pulse (iTop Pulse) and, since the iTop Pulse is DC imbalanced, to subsequently discharge remnant voltage from the display. This invention further provides methods of and related apparatus for driving an electro-optic display having a plurality of pixels to display white text on a black background (dark mode) while reducing the appearance of ghosting due to edge artifacts and flashy updates by identifying specific edge pixels to receive a special transition called an inverted Full Pulse transition (iFull Pulse).

The disclosed embodiments are directed to dynamic aspect media presentations. In an embodiment, a method comprises: obtaining, by a mobile device, a first set of instructions for playing a media presentation in a first format, the media presentation including a composition of media assets; playing, by a media player of the mobile device, the media presentation in a media player view in the first format according to the first set of instructions; obtaining, by the mobile device, a switching event trigger signal; responsive to the switching event trigger signal: obtaining, by the mobile device, a second set of instructions for playing the media presentation in a second format that is different than the first format; and playing, by the media player, the media presentation in the media player view in the second format according to the second set of instructions.