Past and future time visualization enables a user to visualize the amount of time that has passed or when a future time will be reached. By triggering past time visualization, a device displays an arced line from a previously selected time to the present time. By triggering future time visualization, a device displays an arced line from the present time to a selected future time. In some embodiments, when the future time is reached, an alarm is triggered.

A clock display method, a computer device, a storage medium are provided. The method includes: performing time calibration by display driver chip based on local temporal information and processor temporal information to obtain calibrated temporal information; determining rotation angles of respective hand graphics forming display clock face according to the calibrated temporal information; retrieving a clock face image with no hands and at least one hand graphic which are locally stored; overlaying the at least one hand graphic onto the clock face image with no hands according to rotation angle of each hand graphic to obtain a clock face image corresponding to the calibrated temporal information; obtaining a background image issued by video processor, overlaying the clock face image onto the background image to obtain display clock face data, then transmitting the display clock face data to display screen to show the calibrated temporal information.

A clock display method, a computer device, a storage medium are provided. The method includes: performing time calibration by display driver chip based on local temporal information and processor temporal information to obtain calibrated temporal information; determining rotation angles of respective hand graphics forming display clock face according to the calibrated temporal information; retrieving a clock face image with no hands and at least one hand graphic which are locally stored; overlaying the at least one hand graphic onto the clock face image with no hands according to rotation angle of each hand graphic to obtain a clock face image corresponding to the calibrated temporal information; obtaining a background image issued by video processor, overlaying the clock face image onto the background image to obtain display clock face data, then transmitting the display clock face data to display screen to show the calibrated temporal information.

In a time data display mode, a time data is displayed in at least one display block partially assigned to a touch screen of an electronic device. After the touch gesture or the drag gesture is detected in one of the display block, the current time data in the display block can be replaced with a new time data according to the touch gesture or the drag gesture. The new time data may be a following time data or a previous time data which can be determined according to a location of the touch gesture, or a direction and a distance of the drag gesture. In addition, the extent of a change in the time data may be determined according to duration of the touch gesture or a speed of the drag gesture.

A time keeping assembly comprises a display configured to present at least a first display appearance and a second display appearance, the first display appearance corresponding to a first time period and, the second display appearance corresponding to a second time period. The first display appearance may also be associated with a color, such as red, while the second display appearance may also be associated with another color, such as blue.

A time keeping assembly comprises a display configured to present at least a first display appearance and a second display appearance, the first display appearance corresponding to a first time period and, the second display appearance corresponding to a second time period. The first display appearance may also be associated with a color, such as red, while the second display appearance may also be associated with another color, such as blue.

A timepiece includes: one or more processors; and a display unit controlled by the one or more processors, wherein the one or more processors perform: a clock hand image obtaining process that obtains a clock hand image; an information obtaining process that obtains prescribed information; a display control process that controls the display unit so as to display on the display unit the clock hand image obtained by the clock hand image obtaining process and the prescribed information obtained by the information obtaining process; a synthesizing process that synthesizes image data of the clock hand image and an image for the prescribed information such that the clock hand image does not overlap with a display region for the prescribed information on the display unit; and a process of causing the display unit to display the clock hand image and the prescribed information in accordance with the synthesized image data.

A timepiece includes: one or more processors; and a display unit controlled by the one or more processors, wherein the one or more processors perform: a clock hand image obtaining process that obtains a clock hand image; an information obtaining process that obtains prescribed information; a display control process that controls the display unit so as to display on the display unit the clock hand image obtained by the clock hand image obtaining process and the prescribed information obtained by the information obtaining process; a synthesizing process that synthesizes image data of the clock hand image and an image for the prescribed information such that the clock hand image does not overlap with a display region for the prescribed information on the display unit; and a process of causing the display unit to display the clock hand image and the prescribed information in accordance with the synthesized image data.

A timepiece includes one or more processors; and a display unit controlled by said one or more processors, wherein said one or more processors perform: obtaining a clock hand image; obtaining positional information indicating a location of the electronic device; and controlling the display unit to display a map image that includes said location of the electronic device and to display the clock hand image superimposed onto the map image in such a rotated manner as to indicate a time, a center of rotation of the clock hand image being set at said location of the electronic device in the map image.

An electrical time measuring device, intended to conserve processor cycles and memory when used in indicating time interval durations, includes a computer system with a processing system having a hardware processor and a memory accessible to the processing system, a user interface controller under control of the processing system, and logic, under control of the processing system. Various embodiments include nested concentric regions in a clockface display, an ante meridiem events region, a post meridiem events region, and/or a following-day events or tasks region. Events or time interval durations are represented as arciform. For events that cross from morning to afternoon, or from evening to the following day, arciforms are displayed with a start point in one of the nested concentric regions and an end point in a different one of the nested concentric regions. The parts of such arciforms are joined by an integral boundary-crossing transition indicator.