CN115119063A - Media playing progress control method and device, computer equipment and storage medium - Google Patents
Media playing progress control method and device, computer equipment and storage medium Download PDFInfo
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- H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
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- H04N21/47217—End-user interface for requesting content, additional data or services; End-user interface for interacting with content, e.g. for content reservation or setting reminders, for requesting event notification, for manipulating displayed content for controlling playback functions for recorded or on-demand content, e.g. using progress bars, mode or play-point indicators or bookmarks
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Abstract
The application relates to a media playing progress control method, a media playing progress control device, a computer device, a storage medium and a computer program product. The method can be applied to media such as music, video and the like to realize intelligent play progress control, and comprises the following steps: when a first progress indicator in a playing progress control of the target media indicates a first progress, responding to a progress fine-tuning trigger event, and displaying a progress fine-tuning area comprising a second progress indicator; the progress adjustment range of the second progress indicator is matched with the media segment covering the first progress in the target media; moving the second progress indicator in the progress fine adjustment area to a second progress in response to a progress fine adjustment event for the second progress indicator in the progress fine adjustment area; the second progress indicator has a smaller progress adjustment range per unit movement distance than the first progress indicator; and jumping the playing progress of the target media to the playing progress represented by the second progress. The method can improve the processing efficiency of the media playing progress control.
Description
Technical Field
The present application relates to the field of computer technologies, and in particular, to a method and an apparatus for controlling media playing progress, a computer device, a storage medium, and a computer program product.
Background
With the development of computer technology, people can obtain various network resources, such as audio and video media resources, through a network, and the media resources can be played by a media player in a media application platform, such as playing music through an audio player, playing network video through a video player, and the like. When the media resource is played through the media player, the user can control the playing progress of the media resource by operating the progress bar in the media player. However, in the current process of controlling the playing progress of the media resource, it is easy to generate misoperation and need to perform repeated operation, resulting in low processing efficiency of playing progress control.
Disclosure of Invention
In view of the foregoing, it is desirable to provide a media playing progress control method, apparatus, computer device, computer readable storage medium and computer program product capable of improving processing efficiency of media playing progress control.
In a first aspect, the present application provides a method for controlling media playing progress. The method comprises the following steps:
when a first progress indicator in a playing progress control of the target media indicates a first progress, responding to a progress fine-tuning trigger event, and displaying a progress fine-tuning area comprising a second progress indicator; the progress adjusting range of the second progress indicator is matched with the media segment which covers the first progress in the target media;
moving the second progress indicator in the progress fine adjustment area to a second progress in response to a progress fine adjustment event for the second progress indicator in the progress fine adjustment area; the second progress indicator has a smaller progress adjustment range per unit movement distance than the first progress indicator;
and jumping the playing progress of the target media to the playing progress represented by the second progress.
In a second aspect, the present application further provides a media playing progress control device. The device comprises:
the progress fine-tuning area display module is used for responding to a progress fine-tuning trigger event and displaying a progress fine-tuning area comprising a second progress indicator when the first progress indicator in the playing progress control of the target media indicates a first progress; the progress adjusting range of the second progress indicator is matched with the media segment which covers the first progress in the target media;
a progress fine-tuning response module for moving the second progress indicator in the progress fine-tuning area to a second progress in response to a progress fine-tuning event for the second progress indicator in the progress fine-tuning area; the second progress indicator has a smaller progress adjustment range per unit movement distance than the first progress indicator;
and the playing progress jumping module is used for jumping the playing progress of the target media to the playing progress represented by the second progress.
In a third aspect, the present application also provides a computer device. The computer device comprises a memory storing a computer program and a processor implementing the following steps when executing the computer program:
when a first progress indicator in a playing progress control of a target media indicates a first progress, responding to a progress fine-tuning trigger event, and displaying a progress fine-tuning area comprising a second progress indicator; the progress adjusting range of the second progress indicator is matched with the media segment which covers the first progress in the target media;
moving the second progress indicator in the progress fine adjustment area to a second progress in response to a progress fine adjustment event for the second progress indicator in the progress fine adjustment area; the second progress indicator has a smaller progress adjustment range per unit movement distance than the first progress indicator;
and jumping the playing progress of the target media to the playing progress represented by the second progress.
In a fourth aspect, the present application further provides a computer-readable storage medium. The computer-readable storage medium having stored thereon a computer program which, when executed by a processor, performs the steps of:
when a first progress indicator in a playing progress control of the target media indicates a first progress, responding to a progress fine-tuning trigger event, and displaying a progress fine-tuning area comprising a second progress indicator; the progress adjusting range of the second progress indicator is matched with the media segment which covers the first progress in the target media;
moving the second progress indicator in the progress fine adjustment area to a second progress in response to a progress fine adjustment event for the second progress indicator in the progress fine adjustment area; the second progress indicator has a smaller progress adjustment range per unit movement distance than the first progress indicator;
and jumping the playing progress of the target media to the playing progress represented by the second progress.
In a fifth aspect, the present application further provides a computer program product. The computer program product comprising a computer program which when executed by a processor performs the steps of:
when a first progress indicator in a playing progress control of the target media indicates a first progress, responding to a progress fine-tuning trigger event, and displaying a progress fine-tuning area comprising a second progress indicator; the progress adjusting range of the second progress indicator is matched with the media segment which covers the first progress in the target media;
moving the second progress indicator in the progress fine adjustment area to a second progress in response to a progress fine adjustment event for the second progress indicator in the progress fine adjustment area; the second progress indicator has a smaller progress adjustment range per unit movement distance than the first progress indicator;
and jumping the playing progress of the target media to the playing progress represented by the second progress.
The media playing progress control method, the device, the computer equipment, the storage medium and the computer program product are characterized in that when a first progress indicator in a playing progress control of a target media indicates a first progress, a progress fine-tuning trigger event is responded, a progress fine-tuning area is displayed, the progress fine-tuning area comprises a progress tuning range and a second progress indicator which is matched with a media segment covering the first progress in the target media, the second progress indicator is compared with the first progress indicator, the progress tuning range of a unit moving distance is smaller, in response to the progress fine-tuning event aiming at the second progress indicator, the second progress indicator in the progress fine-tuning area is moved to a second progress, and the playing progress of the target media is jumped to the playing progress of a second progress representation. The progress adjustment range of the second progress indicator is matched with the media segment covering the first progress in the target media, the progress adjustment range is smaller than the progress adjustment range of the unit moving distance of the first progress indicator, the progress of the target media can be controlled more accurately through the second progress indicator, misoperation can be reduced to avoid repeated operation, and therefore the processing efficiency of media playing progress control is improved.
Drawings
Fig. 1 is a diagram illustrating an application environment of a method for controlling a media playing progress according to an embodiment;
FIG. 2 is a flowchart illustrating a method for controlling media playing progress according to an embodiment;
FIG. 3 is a schematic diagram of an interface for controlling video playback progress in one embodiment;
FIG. 4 is an interface diagram of a progress trimming area in one embodiment;
FIG. 5 is an interface diagram of a progress fine-tuning control in one embodiment;
FIG. 6 is a diagram illustrating an interface after a jump in the playing progress according to an embodiment;
FIG. 7 is a schematic diagram of an interface for displaying progress prompt information in one embodiment;
FIG. 8 is a flow diagram illustrating an update of a playback progress in one embodiment;
FIG. 9 is a schematic diagram of an interface showing longitudinal stripes in one embodiment;
FIG. 10 is a schematic interface diagram illustrating a change in fringe state in one embodiment;
FIG. 11 is a diagram of actual duration determination in one embodiment;
FIG. 12 is a schematic diagram of an embodiment of an interface for a video playback progress bar;
FIG. 13 is a schematic diagram of an interface for a control point of a drag player in one embodiment;
FIG. 14 is a diagram illustrating an interface with a late backtrack drag start point, according to an embodiment;
FIG. 15 is a schematic diagram of an embodiment of an interface with an early backtracking drag start point;
FIG. 16 is a schematic diagram of an embodiment of an interface for backtracking to a drag start point;
FIG. 17 is a diagram illustrating the determination of vector displacement in one embodiment;
FIG. 18 is a diagram illustrating an embodiment of tracing back to a point near a starting point;
FIG. 19 is a diagram illustrating backtracking to a starting point, in one embodiment;
fig. 20 is a flowchart illustrating a method for controlling a media playing progress according to another embodiment;
FIG. 21 is a block diagram showing the construction of a media playing progress control apparatus according to an embodiment;
FIG. 22 is a diagram illustrating an internal structure of a computer device according to an embodiment.
Detailed Description
In order to make the objects, technical solutions and advantages of the present application more apparent, the present application is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of and not restrictive on the broad application.
The method for controlling the media playing progress provided by the embodiment of the application can be applied to the application environment shown in fig. 1. Wherein the terminal 102 communicates with the server 104 via a network. The data storage system may store data that the server 104 needs to process. The data storage system may be integrated on the server 104, or may be placed on the cloud or other server. The terminal 102 may obtain the media asset from the server 104 to play locally at the terminal 102 by means of a media player, during which the terminal 102 plays, the terminal 102 may indicate a first progress in the play progress control of the target media when the first progress indicator indicates a first progress, displaying a progress fine-tuning area including a second progress indicator having a progress tuning range matching a media segment of the target media covering the first progress in response to a progress fine-tuning trigger event of the user, the second progress indicator having a smaller progress tuning range per unit moving distance than the first progress indicator, the terminal 102 moving the second progress indicator in the progress fine-tuning area to the second progress in response to a progress fine-tuning event of the user with respect to the second progress indicator, and the playing progress of the target media is jumped to the playing progress represented by the second progress, and the terminal 102 can play the target media from the playing progress represented by the second progress. In addition, the media playing progress control method provided by the embodiment of the present application may also be separately implemented by the server 104 or the terminal 102.
The terminal 102 may be, but not limited to, various desktop computers, notebook computers, smart phones, tablet computers, internet of things devices, aircrafts, and portable wearable devices, and the internet of things devices may be smart voice interaction devices, smart home appliances, smart car-mounted devices, and the like. The portable wearable device can be a smart watch, a smart bracelet, a head-mounted device, and the like. The server 104 may be implemented as a stand-alone server or a server cluster or cloud server composed of a plurality of servers.
In specific implementation, the media playing progress control method can be further implemented based on an artificial intelligence technology, specifically, the duration of the media resource can be analyzed through the artificial intelligence technology to generate a corresponding playing progress control, a media segment covering the first progress in the media resource and a progress adjusting range matched with the media segment are intelligently determined, after the media resource jumps to the playing progress represented by the second progress, the media resource can be intelligently determined to be directly played or the playing can be paused according to an actual scene, and therefore human-computer interaction control processing of the media playing progress based on the artificial intelligence is achieved. Among them, Artificial Intelligence (AI) is a theory, method, technique and application system that simulates, extends and expands human Intelligence using a digital computer or a machine controlled by a digital computer, senses the environment, acquires knowledge and uses the knowledge to obtain the best result. In other words, artificial intelligence is a comprehensive technique of computer science that attempts to understand the essence of intelligence and produce a new intelligent machine that can react in a manner similar to human intelligence. Artificial intelligence is the research of the design principle and the realization method of various intelligent machines, so that the machines have the functions of perception, reasoning and decision making. The artificial intelligence technology is a comprehensive subject and relates to the field of extensive technology, namely the technology of a hardware level and the technology of a software level. The artificial intelligence infrastructure generally includes technologies such as sensors, dedicated artificial intelligence chips, cloud computing, distributed storage, big data processing technologies, operation/interaction systems, mechatronics, and the like. The artificial intelligence software technology mainly comprises a computer vision technology, a voice processing technology, a natural language processing technology, machine learning/deep learning and the like.
Machine Learning (ML) is a multi-domain cross discipline, and relates to a plurality of disciplines such as probability theory, statistics, approximation theory, convex analysis, algorithm complexity theory and the like. The method specially studies how a computer simulates or realizes the learning behavior of human beings so as to acquire new knowledge or skills and reorganize the existing knowledge structure to continuously improve the performance of the computer. Machine learning is the core of artificial intelligence, is the fundamental approach for computers to have intelligence, and is applied to all fields of artificial intelligence. Machine learning and deep learning generally include techniques such as artificial neural networks, belief networks, reinforcement learning, transfer learning, inductive learning, and formal education learning. Based on the machine learning technology, the media resources can be analyzed through the artificial neural network model, corresponding playing progress controls are further generated, media segments covering the first progress in the media resources and a progress adjusting range matched with the media segments are intelligently determined, and after the playing progress represented by the second progress is jumped to, the media resources can be intelligently determined to be directly played or paused according to actual scenes. With the research and progress of artificial intelligence technology, the artificial intelligence technology is developed and applied in a plurality of fields, such as common smart homes, smart wearable devices, virtual assistants, smart speakers, smart marketing, unmanned driving, automatic driving, unmanned aerial vehicles, robots, smart medical care, smart customer service, and the like.
The scheme provided by the embodiment of the application relates to the technologies such as machine learning of artificial intelligence, and the like, and is specifically explained by the following embodiment.
In an embodiment, as shown in fig. 2, a method for controlling a media playing progress is provided, which is described by taking the method as an example of being applied to the terminal in fig. 1, and it is to be understood that the method may also be applied to a server, and may also be applied to a system including the terminal and the server, and is implemented through interaction between the terminal and the server. In this embodiment, the method for controlling media playing progress includes the following steps:
step 202, when a first progress indicator in a playing progress control of a target media indicates a first progress, responding to a progress fine adjustment trigger event, and displaying a progress fine adjustment area comprising a second progress indicator; the progress adjustment range of the second progress indicator matches the media segment of the target media that covers the first progress.
The target media is a media resource which needs to be subjected to play progress control processing, and specifically may be various forms of media resources such as images, audios, videos, and the like. The target media can be network media resources acquired by the terminal from the server or media resources stored by the local terminal of the terminal. In addition, the target media may be a media resource triggered to be played at the terminal, and specifically, the media resource may be loaded to be played in a media player of the terminal, so that the playing progress of the target media is controlled in the process of playing the target media by the terminal. The process of playing the target media may include various stages in the playing process, such as a stage of playing, a playing pause stage, and so on.
The playing progress control is a control used for controlling the playing progress of the target media in the playing process of the target media, and the specific form may be a playing progress bar, and the user may perform playing control on the target media by operating the progress bar. The play progress control may specifically be an interface element set of media resource play time progress, and has visual elements such as a player control point, a progress bar, play time, and the like. The first progress indicator is a progress indicator in the playing progress control, and is used to indicate the playing progress of the target media, and the progress indicator may specifically be an element in the playing progress control, such as a graphic element. The current playing progress of the target media can be indicated through the display state, such as the display position, the display mode and the like, of the first progress indicator in the playing progress control. The playing progress may be a time node of the playing of the media resource, and is used to describe a process of the playing of the media resource. The first progress indicator may also be used as a medium for playing control, that is, a user may operate the first progress indicator to implement playing control on the target media. For example, the user may control the play progress of the target media by dragging or sliding the first progress indicator in the play progress control. The first progress is a progress indicated by the first progress indicator, and may specifically be a current playing progress of the target media, or may also be a progress specified by the user for performing playing progress control on the first progress indicator.
The progress fine-tuning trigger event is a trigger event for triggering fine-tuning processing on the playing progress of the target media, and can be specifically generated by the progress fine-tuning trigger of the user on the target media, for example, the user can click a progress fine-tuning entry associated with the target media, so as to trigger the progress fine-tuning trigger event; the first schedule may also be triggered by the user, such as by holding a long press at the first schedule to generate a schedule fine-tune trigger event. The fine adjustment refers to more precise adjustment processing for the playing progress of the target media compared with the playing progress control for the target media in the playing progress control. For example, when the play progress control is performed on the target media in the play progress control, the corresponding adjusted play progress is 10 minutes when the user operates the first progress indicator to move 10 millimeters; when the playing progress of the target media is subjected to more accurate fine adjustment processing, and the user moves 10 mm in operation, the correspondingly adjusted playing progress is 20 seconds, so that the user can more favorably perform accurate playing progress control. In a specific application, the precision of the fine-tuning control for the playing progress of the target media can be set according to actual needs, for example, when the operation moves by 10 millimeters, the playing progress corresponding to the fine-tuning is 20 seconds, and also can be 10 seconds or 5 seconds.
The progress fine-tuning area is an operation area for performing play progress fine-tuning control on the target media, the progress fine-tuning area comprises a second progress indicator, the second progress indicator is a progress indicator in the progress fine-tuning area and serves as a medium for play progress control, and a user performs fine-tuning operation on the second progress indicator to achieve play progress fine-tuning control on the target media. In a specific implementation, the progress fine-tuning area can be displayed in a playing interface of the target media, a progress fine-tuning control used for playing progress fine-tuning control is displayed in the progress fine-tuning area, and a second progress indicator is displayed in the progress fine-tuning control, so that a user can perform playing progress fine-tuning operation in the progress fine-tuning control through the second progress indicator in the progress fine-tuning control. The progress adjustment range refers to an adjustment range of the playing progress supported by the second progress indicator, and the progress adjustment range may be preset according to actual needs, for example, 15 seconds, that is, the time range within which the playing progress can be finely adjusted by the second progress indicator is 15 seconds. The media segment is a segment divided from the target media, and covers the first progress, and the segment length of the media segment can be preset according to actual needs, for example, the segment can be a segment of 10 seconds before and after the first progress in the target media. The progress adjustment range of the second progress indicator is matched with the media segment, and specifically can be the same as the media segment, if the media segment is a segment of 10 seconds before and after the first progress in the target media, the progress adjustment range of the second progress indicator can also be a progress range of 10 seconds before and after the first progress, so that the second progress indicator can be used for performing fine-tuning control on the playing progress within the progress range of 10 seconds before and after the first progress.
Specifically, the terminal may play the target media, for example, play music through an installed music player, or play video through a video player, and when the first progress indicator in the play progress control of the target media indicates the first progress, indicate that the current play progress of the target media is the first progress, or indicate that the play progress controlled by the user through the first progress indicator is the first progress. The user may trigger the progress fine-tuning trigger operation to generate a progress fine-tuning trigger event, for example, the user may perform long-time pressing on the first progress, or drag and slide the first progress to a response area of the progress fine-tuning trigger, so as to trigger the progress fine-tuning trigger operation. In addition, the user may also perform a trigger operation through a progress fine-tuning entry displayed by the terminal, for example, click a progress fine-tuning entry displayed in a playing interface of the terminal, so as to trigger the progress fine-tuning trigger operation and generate a progress fine-tuning trigger event. The terminal may display a progress fine adjustment region including a second progress indicator in response to a user triggering the generated progress fine adjustment triggering event. The terminal can specifically display the progress fine-tuning area in a playing interface of the target media, and the progress fine-tuning area can be covered on the playing progress control and can also be displayed independently of the playing progress control. And a second progress indicator is displayed in the progress fine-tuning area, the progress adjustment range of the second progress indicator is matched with the media segment covering the first progress in the target media, and if the progress adjustment range of the second progress indicator can be the same as the media segment covering the first progress, a user can perform accurate fine-tuning control on the playing progress of the progress range of the media segment by operating the second progress indicator in the progress fine-tuning area.
The progress fine-tuning event is an event for performing fine-tuning processing on the playing progress of the target media, and specifically may be generated by a progress fine-tuning operation performed by a user on the target media, for example, the user may perform the progress fine-tuning operation on a second progress indicator in the progress fine-tuning area, so as to generate the progress fine-tuning event. The user performs progress fine-tuning operation on the second progress indicator in the progress fine-tuning area, fine-tuning control over the target media playing progress can be achieved, and particularly, the fine-tuning control can be achieved by adjusting the mapping relation between the unit moving distance of the second progress indicator and the progress adjusting amplitude. The unit moving distance refers to a moving distance corresponding to one moving distance unit when the second progress indicator moves in the process that the user operates the second progress indicator, and the progress adjustment amplitude refers to a fine-tuned playing progress range corresponding to each unit moving distance. For example, the unit moving distance may be 100 pixels, and the corresponding progress adjustment range may be 1 second, or may also be 0.5 second, that is, the user may adjust the playing progress of the target media for 1 second or 0.5 second every time the second progress indicator is moved by 100 pixels. The second progress indicator has a smaller progress adjustment per unit moving distance than the first progress indicator. For example, for the first progress indicator, the progress adjustment range of the unit moving distance of the first progress indicator is 10 minutes, that is, every time the first progress indicator moves by 1 unit moving distance, the playing progress of the target media can be adjusted to 10 minutes; and the progress adjustment range of the unit moving distance of the second progress indicator may be 1 minute, so that the accurate playing progress adjustment of the target media can be realized by operating the second progress indicator. The second progress is the progress indicated by the second progress indicator, that is, the user adjusts the progress to the second progress indicator after performing fine adjustment on the playing progress.
Specifically, the user may trigger a progress fine-tuning operation for a second progress indicator in a progress fine-tuning area displayed by the terminal, so as to generate a progress fine-tuning event, for example, the user may drag the second progress indicator to slide in the progress fine-tuning area, so as to trigger generation of the progress fine-tuning event. And the terminal responds to the detected progress fine-tuning event, moves the second progress indicator in the progress fine-tuning area to a second progress, and the second progress can be the progress position to which the second progress indicator moves when the progress fine-tuning operation of the user acts on the second progress indicator. Compared with the first progress indicator, the progress adjustment range of the unit moving distance of the second progress indicator is smaller, namely, for the same moving distance, the range of the playing progress adjusted by the second progress indicator is smaller, so that the playing progress adjustment with higher accuracy is facilitated for a user.
For example, when the unit moving distances are the same, the progress adjustment range of the unit moving distance of the first progress indicator is 5 seconds, that is, the first progress indicator may adjust the playing progress for 5 seconds every time the unit moving distance is moved; and the progress adjustment range of the unit moving distance of the second progress indicator is 1 second, that is, the second progress indicator can adjust the playing progress of 1 second every time one unit moving distance is moved. When the playing progress of 1 second needs to be adjusted, 1/5 of unit moving distance needs to be moved for the first progress indicator, and one unit moving distance needs to be moved for the second progress indicator, and the moving distance of the second progress indicator is greater than that of the first progress indicator, so that the operation control of a user is facilitated, misoperation can be reduced to avoid repeated operation, the processing efficiency of media playing progress control is improved, and the operation experience of the user for the media playing control is optimized.
And step 206, jumping the playing progress of the target media to the playing progress represented by the second progress.
The playing progress represented by the second progress refers to the progress in the target media pointed by the second progress. In a specific application, the second progress may directly represent the progress in the target media, that is, the second progress may directly serve as the playing progress of the target media; in addition, a mapping relation can also be established between the second progress and the playing progress of the target media, so that the playing progress represented by the second progress can be determined according to the second progress and the mapping relation.
Specifically, the terminal adjusts the playing progress of the target media, and specifically jumps the playing progress of the target media to the playing progress represented by the second progress. In a specific implementation, after the terminal determines the second progress, the terminal may further determine the playing progress represented by the second progress, for example, the terminal may query a mapping relationship between the progress indicated by the second progress indicator and the playing progress of the target media, and the terminal determines the playing progress represented by the second progress based on the mapping relationship and jumps the playing progress of the target media to the playing progress represented by the second progress. After the terminal skips and updates the playing progress of the target media, the terminal can directly play the target media from the playing progress represented by the second progress, and can also play the target media from the playing progress represented by the second progress after the user triggers the playing.
In a specific application, as shown in fig. 3, a target media is a video, and in the process of playing the video, a playing progress control of the video, specifically a horizontal bar-shaped progress bar, may be displayed below a playing interface, and a first progress indicator in the playing progress control is a circular indicator, and when a progress fine-tuning trigger event is triggered, a progress fine-tuning area including a second progress indicator is displayed on the bar-shaped progress bar in a covering manner, where the progress fine-tuning area is specifically longitudinal stripes with different amplitudes, each stripe corresponds to 1 second, there are 15 stripes in the progress fine-tuning area, and the amplitude of the stripes gradually decreases from the center to both sides to form a wave shape; the second progress indicator in the progress fine tuning area multiplexes the circular indicators in the bar-shaped progress bar. The first schedule is 7 minutes 22 seconds, corresponding to the stripe in the schedule trimming area at the center position. The progress adjustment range of the unit moving distance of the circular indicator in the progress fine adjustment area is smaller than that of the unit moving distance of the circular indicator in the strip-shaped progress bar. The user can move the circular indicator to indicate different stripes by dragging the circular indicator so as to realize the accurate control of the playing progress of the video.
In the media playing progress control method, when a first progress indicator in a playing progress control of a target media indicates a first progress, a progress fine-tuning area is displayed in response to a progress fine-tuning trigger event, the progress fine-tuning area comprises a progress tuning range and a second progress indicator which is matched with a media segment covering the first progress in the target media, the second progress indicator is compared with the first progress indicator, the progress tuning range of a unit moving distance is smaller, the second progress indicator in the progress fine-tuning area is moved to a second progress in response to the progress fine-tuning event aiming at the second progress indicator, and the playing progress of the target media is jumped to the playing progress of a second progress representation. The progress adjustment range of the second progress indicator is matched with the media segment covering the first progress in the target media, and is smaller than the progress adjustment range of the unit moving distance of the first progress indicator, the progress of the target media can be controlled more accurately through the second progress indicator, misoperation can be reduced to avoid repeated operation, and therefore the processing efficiency of media playing progress control is improved.
In one embodiment, displaying a progress fine adjustment region including a second progress indicator includes: displaying a progress fine-tuning area comprising a progress fine-tuning control; matching a progress adjusting range supported by the progress fine-tuning control with a media segment covering the first progress in the target media; in the progress fine-tuning control, a second progress indicator indicating the first progress is displayed.
The progress fine-tuning control is a control for fine-tuning control of the playing progress of the target media, the form of the progress fine-tuning control can include a fine-tuning progress bar, and a user can perform fine-tuning control on the playing progress of the target media by operating the fine-tuning progress bar. The progress fine-tuning control can be an interface element set of media resource playing time progress, and has visual elements such as a player control point, a progress bar, playing time and the like. The progress bar can be a horizontal bar visual element or a vertical stripe visual element and is used for displaying the played time part and the non-played time part of the target media. The progress fine-tuning control comprises a second progress indicator used for indicating the progress of the target media in the progress fine-tuning control. The second progress indicator can also be used as an operation medium for performing fine tuning control on the playing progress of the target media, that is, a user can perform fine tuning control on the playing progress of the target media by operating the second progress indicator in the progress fine tuning control. The progress adjustment range supported by the progress fine-tuning control is the adjustment range in which the second progress indicator can perform play progress fine-tuning control.
Specifically, when the terminal detects a progress fine-tuning trigger event, the terminal displays a progress fine-tuning area in response to the progress fine-tuning trigger event, and the progress fine-tuning area includes a progress fine-tuning control, specifically, may be a progress bar of progress fine-tuning. The progress adjustment range supported by the progress fine-tuning control is matched with the media segment covering the first progress in the target media, for example, the progress adjustment range supported by the progress fine-tuning control can be the same as the media segment covering the first progress in the target media, that is, the progress fine-tuning control supports adjustment of the playing progress of the media segment covering the first progress in the target media. The terminal displays a second progress indicator in the progress fine-tuning control, the second progress indicator indicates a first progress, namely the terminal indicates the first progress indicated by the first progress indicator in the playing progress control in the progress fine-tuning control, so that the first progress indicator and the second progress indicator can indicate the same progress. The first progress may be a current playing progress of the target media, or may be a progress specified by the user for performing the playing progress control with respect to the first progress indicator.
For example, if the current playing progress of the target media is 3 minutes and 24 seconds, the first progress indicates a progress of 3 minutes and 24 seconds, and the second progress indicator in the progress fine-tuning control also indicates a progress of 3 minutes and 24 seconds, thereby indicating the current playing progress of the target media. For another example, the user performs the progress adjustment for the first progress indicator, and a specific user may drag the first progress indicator to slide to a progress position of 3 minutes and 50 seconds, so that the first progress may indicate the progress of 3 minutes and 50 seconds, and then the second progress indicator in the fine-tuning control also indicates the progress of 3 minutes and 50 seconds, thereby implementing the unification of the first progress indicator and the second progress indicator.
In a specific application, as shown in fig. 4, during the playing process of the target media, the playing progress control of the target media is a horizontal bar-shaped progress bar, and the first progress indicator is a circular indicator, which indicates that the first progress is 7 minutes and 22 seconds. The progress fine-tuning area is located the top of bar progress bar, and it has the vertical stripe of a plurality of different amplitudes to constitute, and every stripe can represent 1 second's progress, and the second progress indicator is hand form indicator, and the progress that hand form indicator instructed also is 7 minutes 22 seconds, and the progress control range of hand form indicator has covered 7 minutes 22 seconds, and the user can be through dragging hand form indicator to make hand form indicator move to different stripe positions, in order to instruct different progresses.
In this embodiment, the progress fine-tuning area displayed by the terminal includes a progress fine-tuning control, and the progress adjustment range supported by the progress fine-tuning control matches with the media segment covering the first progress in the target media, the second progress indicator displayed in the progress fine-tuning control indicates the first progress, so that the user can perform fine-tuning control on the target media playing progress by operating the second progress indicator, meanwhile, the unification of the progress indicated by the first progress indicator and the second progress indicator is ensured, misoperation can be reduced to avoid repeated operation, and thus the processing efficiency of the media playing progress control is improved.
In one embodiment, displaying a progress-fine area including a progress-fine control includes: displaying a progress fine adjustment area covering the position of the first progress indicator in the playing progress control; and displaying a progress fine-tuning control in the progress fine-tuning area.
In the playing progress control, the different positions correspond to different progresses, namely, the first progress indicator in the playing progress control indicates different progresses through different positions in the playing progress control. And the first progress indicator indicates the first progress, and the position of the first progress indicator at the moment is the position representing the first progress in the playing progress control. The progress fine-tuning area covers the position of the first progress indicator in the playing progress control, that is, the progress fine-tuning area covers at least a partial area in the playing progress control, where the partial area includes the position of the first progress indicator, that is, the position corresponding to the first progress indicated by the first progress indicator. The size of the partial area covered by the progress fine-tuning area can be flexibly set according to actual needs.
Specifically, the terminal determines the position of the first progress indicator in the play progress control in response to the detected progress fine-tuning trigger event, and specifically, the position of the first progress indicator may be determined according to a mapping relationship between the first progress and the play progress control. The terminal displays the progress fine-tuning area on the position of the first progress indicator so as to cover the position of the first progress indicator, namely the progress fine-tuning area covers at least part of the progress fine-tuning control including the current position of the first progress indicator, and displays the progress fine-tuning control in the progress fine-tuning area. In specific application, the progress fine-tuning area covers an area in the progress control of playing so as to show the progress fine-tuning control for progress fine-tuning control, the size of the progress fine-tuning area covering area can be flexibly set according to actual needs, and if the progress fine-tuning area can cover an area with a certain width, all areas of the progress control of playing can also be covered. The progress fine-tuning area is covered on the playing progress control to be displayed, the area of the playing progress control can be reused, and the progress fine-tuning control and the playing progress control are prevented from being displayed simultaneously, so that the playing progress fine-tuning operation of a user for the target media is influenced.
Further, in the progress fine-tuning control, displaying a second progress indicator indicating the first progress, including: displaying a first progress indicator belonging to the playing progress control as a second progress indicator belonging to the progress fine-tuning control; the second progress indicator indicates the first progress.
Specifically, the terminal displays the first progress indicator as a second progress indicator belonging to the progress fine-tuning control in the progress fine-tuning control, and the second progress indicator indicates the first progress. In specific implementation, the terminal can further multiplex the first progress indicator in the playing progress control, and multiplex the first progress indicator belonging to the playing progress control into the second progress indicator to be displayed in the progress fine-tuning control, so that a user can realize progress fine-tuning control on target media in the progress fine-tuning control by operating the second progress indicator. In a specific application, when the first progress indicator of the playing progress control is displayed as the second progress indicator in the progress fine-tuning control, the display mode and the interaction mode of the first progress indicator can be reserved, such as the display modes of the shape, the color, the background color and the like of the first progress indicator; at least one of a display mode and an interactive mode of the first progress indicator may also be transformed, thereby embodying a difference between the first progress indicator and the second progress indicator.
In a specific application, as shown in fig. 3, a progress fine adjustment area is displayed in a manner of covering the position of the circular indicator in the bar-shaped progress bar, the progress fine adjustment area includes a progress fine adjustment control composed of a plurality of stripes, in the progress fine adjustment control, the circular indicator in the bar-shaped progress bar is also multiplexed to serve as a second progress indicator in the progress fine adjustment area, and the multiplexed circular indicator keeps indicating a first progress, and specifically indicates a progress of 7 minutes and 22 seconds.
In this embodiment, the terminal displays the progress fine-tuning area on the play progress control, the area of the play progress control is multiplexed, and the first progress indicator belonging to the play progress control is displayed as the second progress indicator belonging to the progress fine-tuning control, the first progress indicator of the play progress control is further multiplexed, the influence of the progress fine-tuning area on the terminal display frame can be reduced, when the progress fine-tuning control and the play progress control are simultaneously displayed, the play progress fine-tuning operation difficulty of a user is increased, thereby reducing misoperation to avoid repeated operation, and improving the processing efficiency of media play progress control.
In one embodiment, in the progress fine adjustment area, displaying a progress fine adjustment control includes: displaying a progress fine-tuning control formed by a plurality of stripes with different amplitudes in the progress fine-tuning area; wherein the bar indicates an adjustable progress of the second progress indicator by moving the indication within the progress adjustment range; an amplitude of the bar characterizing a progress interval distance between the adjustable progress represented by the bar and the progress indicated by the second progress indicator.
The progress fine-tuning control comprises a plurality of stripes with different amplitudes, each stripe represents in a progress adjusting range, the second progress indicator can adjust the progress indicated by moving, namely each stripe is in the progress adjusting range, and a user can fine-tune the progress by moving the second progress indicator. In particular, each stripe in the progress-fine-tuning control can correspond to an adjustable progress, and the user can point at the corresponding stripe by moving the second progress indicator such that the second progress indicator indicates the progress represented by the stripe. For example, if the progress adjustment range supported by the progress fine adjustment region is 10 seconds, 10 stripes may be included, each stripe corresponds to an adjustable progress of 1 second, and if the progress adjustment range may be from 2 min 0 second to 2 min 9 seconds, the adjustable progress may include 2 min 0 second, 2 min 1 second, 2 min 2 second, 2 min 3 second, 2 min 4 second, 2 min 5 second, 2 min 6 second, 2 min 7 second, 2 min 8 second, 2 min 9 second, each adjustable progress corresponds to one stripe, and the user may move the second progress indicator to a different stripe position, so that the second progress indicator indicates a different adjustable progress. For example, if the user moves the second progress indicator to the position of the 8 th stripe, then the adjustable progress indicated by the second progress indicator is 2 minutes and 7 seconds.
The amplitude of the bar is used to characterize a progress interval distance between the adjustable progress represented by the bar and the progress indicated by the second progress indicator. Different stripes represent different adjustable progress, the progress interval distance between the adjustable progress and the progress indicated by the second progress indicator can be determined according to the progress position relation, and the progress interval distance is represented by the amplitude of the stripes. For example, if the progress indicated by the second progress indicator is 2 minutes and 6 seconds, and the adjustable progress indicated by the 1 st bar is 2 minutes and 0 seconds, the progress interval distance between the two is 6; if the adjustable progress represented by the 6 th stripe is 2 minutes and 4 seconds, and the progress interval distance between the 6 th stripe and the progress indicated by the second progress indicator is 2, the progress interval distance may be represented by the magnitude of the stripe. For example, if the corresponding progress interval distance for the 1 st stripe is 6, the amplitude of the 1 st stripe may be 6 units, and if the corresponding progress interval distance for the 6 th stripe is 2, the amplitude of the 6 th stripe may be 2 units; in addition, the corresponding progress interval distance of the 1 st stripe is 6, the amplitude of the 1 st stripe can be 2 units, the corresponding progress interval distance of the 6 th stripe is 2, the amplitude of the 6 th stripe can be 6 units, so that the positive and negative correlation relationship between the amplitude and the progress interval distance is controlled, the adjustable progress represented by the stripe can be shown through the amplitude of the stripe, and the progress interval distance between the progress indicated by the second progress indicator is large and small, and the progress fine-tuning operation of a user according to the actual needs is facilitated.
In a specific application, the progress indicated by the second progress indicator is determined according to the operation of the user on the second progress indicator, that is, the progress indicated by the second progress indicator may be dynamically changed, and then a progress interval distance between the adjustable progress indicated by each stripe and the progress indicated by the second progress indicator is also dynamically changed, so that the terminal may dynamically display the amplitude of each stripe, thereby enhancing the expressive force of the amplitude of the stripe.
Specifically, the progress fine-tuning area displayed by the terminal comprises a progress fine-tuning control, the progress fine-tuning control is formed by a plurality of stripes with different amplitudes, each stripe can represent an adjustable progress, and the adjustable progress is a progress which can be controlled by a user by moving the second progress indicator in a progress adjustment range. Further, the magnitude of each bar characterizes the progress interval distance between the adjustable progress represented by the bar and the progress indicated by the second progress indicator, such that the magnitude of the progress interval distance between the adjustable progress represented by the bar and the progress indicated by the second progress indicator is manifested by the magnitude of the bar.
In a specific application, as shown in fig. 3, the progress fine-tuning control is formed by a plurality of stripes with different amplitudes, specifically including respective stripes corresponding to respective 7-second progresses before and after the first progress, each stripe corresponding to a 1-second adjustable progress, and the progress adjustment range of the progress fine-tuning control is the progress range of 15 seconds from the first 7 seconds to the last 7 seconds of the first quarter. For the amplitude of each stripe, a progress interval distance between the stripe and the progress indicated by the circular indicator is characterized, and the smaller the progress interval distance, the larger the corresponding amplitude. The progress indicated by the circular indicator is 7 minutes 22 seconds, and the amplitude of the stripe corresponding to 7 minutes 22 seconds is the largest, while the amplitude of the stripe before and after 7 minutes 22 seconds is gradually reduced. In yet another specific application, as shown in FIG. 5, for each stripe's amplitude, the smaller the progress separation distance, the smaller the corresponding amplitude. The progress indicated by the circular indicator is 7 minutes 22 seconds, and the amplitude of the stripe corresponding to 7 minutes 22 seconds is the smallest, while the amplitude of the stripe before and after 7 minutes 22 seconds is gradually increased.
In this embodiment, the terminal represents each adjustable progress in the progress adjustment range through the stripes of different amplitudes, and through the amplitude of the stripes, the progress interval distance between the adjustable progress represented by the terminal and the progress indicated by the second progress indicator is represented, each adjustable progress in the progress adjustment range can be effectively distinguished, a user can conveniently operate the second progress indicator based on each stripe, thereby misoperation can be reduced to avoid repeated operation, and the processing efficiency of media playing progress control is improved.
In one embodiment, the media playing progress control method further includes: displaying each adjustable progress indicated by the second progress indicator through movement according to the progress display state in the progress fine-tuning control; the progress display state of the adjustable progress is matched with the progress position relation between the adjustable progress and the current playing progress of the target media and the progress indicated by the second progress indicator.
The adjustable progress refers to the progress which can be finely adjusted by a user through moving the second progress indicator within the progress adjustment range. The progress display state refers to a display state of the adjustable progress, and specifically may include, but is not limited to, various display states including a style, a color, a background, a transparency, and the like of the adjustable progress. The progress display state and the adjustable progress are respectively matched with the current playing progress of the target media and the progress position relation between the progress indicated by the second progress indicator. The different schedules correspond to media assets at different timestamps in the target media, i.e., the different schedules may reflect different timestamps in the target media. The adjustable progress may have different progress positions with respect to the current playing progress of the target media and the progress indicated by the second progress indicator, respectively, e.g., the adjustable progress may be before or after the current playing progress of the target media, and the adjustable progress may be before or after the progress indicated by the second progress indicator. The progress position relationship may be specifically determined according to respective positions of the adjustable progress, the current playing progress of the target media, and the progress indicated by the second progress indicator in the progress fine-tuning control.
For example, for adjustable schedules including adjustable schedule 1 is 4 minutes 1 second, adjustable schedule 2 is 4 minutes 5 seconds, and adjustable schedule 3 is 4 minutes 9 seconds. If the current playing progress of the target media is 4 minutes and 4 seconds, the progress position relationship of the adjustable progress relative to the current playing progress of the target media may be that the adjustable progress 1 is before the current playing progress of the target media, and the adjustable progress 2 and the adjustable progress 3 are after the current playing progress of the target media. If the progress indicated by the second progress indicator is 4 minutes and 8 seconds, the progress position relationship of the adjustable progress with respect to the progress indicated by the second progress indicator may be that adjustable progress 1 and adjustable progress 2 are before the progress indicated by the second progress indicator, and adjustable progress 3 is after the progress indicated by the second progress indicator.
Specifically, the terminal displays each adjustable progress in the progress adjustment range in the progress fine-tuning control, and each adjustable progress can be displayed according to a corresponding progress display state. The progress display state of the adjustable progress is matched with the progress position relation between the adjustable progress and the current playing progress of the target media and the progress indicated by the second progress indicator. In specific application, the terminal can determine the current playing progress of the target media and the progress indicated by the second progress indicator, determine the progress position relationship corresponding to each adjustable progress, determine the progress display state of the adjustable progress based on the obtained progress position relationship, such as the style, the color, the background, and the transparency of the adjustable progress, and display each adjustable progress in the progress fine-tuning control according to the corresponding progress display state.
In this embodiment, through with the current broadcast progress of adjustable progress difference with the target media, progress position relation assorted progress display state between the progress that the second progress indicator instructed, show each adjustable progress in the progress fine setting control, can pass through the progress display state of each adjustable progress, show the current broadcast progress of adjustable progress and target media directly perceivedly, progress position relation between the progress that the second progress indicator instructed, be favorable to the user to combine the current broadcast progress of target media, the progress that the second progress indicator instructed, carry out the accurate broadcast progress control to each adjustable progress, can reduce the maloperation in order to avoid carrying out the repetitive operation, thereby improve the treatment effeciency of media broadcast progress control.
In one embodiment, moving the second progress indicator in the progress trimming area to the second progress in response to a progress trimming event for the second progress indicator in the progress trimming area comprises: in response to a progress fine-tuning operation for a second progress indicator in the progress fine-tuning area, displaying a second progress specified by the progress fine-tuning operation as a selected state in the progress fine-tuning area; the second progress indicator is moved to a second progress in the progress fine adjustment area.
And the progress fine-tuning operation is triggered by the user aiming at the second progress indicator in the progress fine-tuning area, so that the playing progress fine-tuning control of the target media is realized by operating the second progress indicator. The specific type of the progress fine-tuning operation can be set according to actual needs, for example, the user can drag the second progress indicator to move in the progress fine-tuning area, and the user can also select the second progress indicator by clicking the second progress indicator and perform the operation of moving the selected second progress indicator by clicking again. The second progress is the progress adjusted after the user finely adjusts the playing progress aiming at the second progress indicator, namely the progress indicated by the second progress indicator. The selected state is that the second progress is displayed as the selected display state, so that the second progress can be highlighted, the progress which needs to be jumped and is appointed by the user through the progress fine-tuning operation is prompted, and the accuracy of the user in controlling the target media playing progress is ensured.
Specifically, the user may trigger the progress fine-tuning operation for the second progress indicator in the progress fine-tuning area displayed by the terminal, for example, the user may drag the second progress indicator to move in the progress fine-tuning area. And the terminal displays a second progress in the progress fine-tuning area appointed by the progress fine-tuning operation as a selected state so as to show that the progress required to be jumped by the user through the progress fine-tuning operation is the second progress displayed in the selected state. During specific implementation, the terminal can switch the display state of the second progress from the state to be selected to the selected state, such as changing the color of the second progress, displaying information of the second progress and the like, so that the second progress is highlighted in the progress fine-tuning area. And the terminal moves the second progress indicator to a second progress in the progress fine adjustment area so as to indicate the second progress which needs to be jumped and is specified by the user through the progress fine adjustment operation through the second progress indicator.
In this embodiment, the terminal moves the second progress indicator to the second progress specified by the progress fine-tuning operation, and displays the second progress as the selected state, so that the progress specified by the user and needing to be skipped is highlighted through the indication of the second progress indicator and the display state of the second progress, the accuracy of the user in controlling the target media playing progress can be ensured, misoperation can be reduced to avoid repeated operation, and the processing efficiency of the media playing progress control is improved.
In one embodiment, in the progress fine adjustment area, displaying a second progress designated by the progress fine adjustment operation as a selected state includes: and displaying progress description information of a second progress specified by the progress fine-tuning operation in a progress information area associated with the progress fine-tuning area.
The progress information area is associated with the progress fine-tuning area, and may specifically be an area divided from the progress fine-tuning area, or an area displayed in the terminal interface and associated with the progress fine-tuning area. The progress information area is used for displaying progress description information, and the progress description information is information for describing progress and specifically may include various information such as time information, position information, sequence number information, and media content corresponding to the progress. The specific type and display form of the progress description information can be set according to actual needs. The progress can be described through the progress description information, so that a user can quickly know the progress information.
Specifically, the terminal responds to progress fine adjustment operation triggered by a user aiming at the second progress indicator, displays a progress information area associated with the progress fine adjustment area, and the progress information area can be displayed in the progress fine adjustment area, namely, the progress information area is divided from the progress fine adjustment area to be displayed; the progress information area may also be displayed at a different location from the progress fine-tuning area. And the terminal displays progress description information in the progress information area, wherein the progress description information is information describing a second progress specified by the progress fine-tuning operation, such as time information which can be the second progress, corresponding media content information and the like. And highlighting the second progress designated by the progress fine adjustment operation by displaying the progress description information of the second progress in the progress information area. In one specific application, as shown in fig. 5, the second progress indicated by the circular indicator is 7 minutes 22 seconds in the progress fine adjustment region, and in the progress information region above the progress fine adjustment region, a "07: 22 "to prompt the progress indicated by the circular indicator.
In this embodiment, the progress description information of the second progress is displayed in the progress information area to highlight the second progress specified by the progress fine-tuning operation, so that the accuracy of the user in controlling the target media playing progress can be ensured, misoperation can be reduced to avoid repeated operation, and the processing efficiency of the media playing progress control is improved.
In one embodiment, the media playing progress control method further includes: responding to the control setting triggering operation, and displaying a control setting area; the control setting area comprises at least one control setting item aiming at the progress fine-tuning control; and responding to the control setting operation of at least one control setting item, and displaying a control setting result of the fine-tuning control according to the control attribute configuration progress specified by the control setting operation.
The control setting triggering operation is a triggering operation which is triggered by a user and carries out personalized setting on the progress fine-tuning control, for example, a clicking operation of setting an entrance for the control by the user can be carried out. The control setting area is an operation area which is set according to the control attribute of the progress fine-tuning control, and the progress fine-tuning control can be set in a personalized mode by setting the progress fine-tuning control. The control setting area comprises at least one control setting item aiming at the progress fine-tuning control, and the control setting item can comprise but is not limited to various control attributes including distribution positions, operation modes, progress adjusting ranges and the like, so that the progress fine-tuning control is subjected to personalized presetting. The control setting operation is a setting operation of the progress fine-tuning control triggered by a user, and specifically may be a setting operation of a user for setting items of the control in a control setting area. The control setting result is a configuration result obtained by configuring according to the control attribute specified by the control setting operation, and specifically may include setting success, setting failure, and the like.
Specifically, a user can trigger a control setting triggering operation, for example, the user clicks a control setting entry, the terminal responds to the control setting triggering operation, displays a control setting area, and displays at least one control setting item in the control setting area, where the control setting item is used for performing personalized configuration on a control attribute of the progress fine-tuning control. The user can trigger control setting operation on the control setting item in the control setting area so as to set the control attribute of the progress fine-tuning control through the control setting item. And the terminal responds to the control setting operation triggered by the user, configures the progress fine-tuning control through the control attribute specified by the control setting operation to obtain a control setting result, and displays the control setting result so as to prompt the user to set the personalized setting result of the progress fine-tuning control.
Further, displaying a progress fine adjustment region including a progress fine adjustment control includes: and displaying a progress fine-tuning area, and displaying a progress fine-tuning control in the progress fine-tuning area according to the control attribute.
The control attribute is an attribute set by a user through triggering a control setting item to set triggering operation, and specifically includes but is not limited to various attributes including a distribution position, an operation mode, a progress adjustment range and the like of the progress fine-tuning control.
Specifically, the terminal responds to the detected progress fine-tuning trigger event and displays a progress fine-tuning area, and the progress fine-tuning area comprises a progress fine-tuning control, specifically, the progress fine-tuning area can be a progress bar of the progress fine-tuning. And the terminal inquires the control attribute configured by the user aiming at the progress fine-tuning control, and displays the progress fine-tuning control in the progress fine-tuning area according to the control attribute. In specific application, when the control attributes comprise the distribution positions and the progress adjustment ranges, the terminal displays the progress fine-tuning control in the progress fine-tuning area according to the distribution positions and the progress adjustment ranges in the control attributes.
In the embodiment, the user can pre-configure the control attribute of the progress fine-tuning control, and when the terminal displays the progress fine-tuning area comprising the progress fine-tuning control, the progress fine-tuning control is displayed according to the control attribute pre-configured by the user, so that the personalized setting of the progress fine-tuning control is supported, the user experience can be improved, and the processing efficiency of media playing progress control is improved.
In one embodiment, the control setting item includes at least one of a distribution position, a display style, an operation mode, a progress adjustment range, or a progress fine adjustment unit of the progress fine adjustment control.
The distribution position refers to a display position of the progress fine-tuning control in an interface of the terminal; the display style refers to a style displayed by the progress fine-tuning control, and may include but is not limited to various styles including shape, style, background, transparency, color and the like of the progress fine-tuning control, and further, the display style may further include a style of a second progress indicator in the progress fine-tuning control and a style of each adjustable progress in the progress fine-tuning control; the progress adjustment range is a progress range of the adjustable progress supported by the progress fine-tuning control; the progress fine-tuning unit refers to a progress adjusting range corresponding to each unit moving distance of the second progress indicator in the progress fine-tuning control.
Specifically, the control setting item may include different types of control attributes, and specifically may include at least one of a distribution position, a display style, an operation manner, a progress adjustment range, or a progress fine adjustment unit. In specific implementation, a user can set the type of the control setting item displayed in the control setting area, so as to display the control attribute of the control setting item supporting personalized setting in the control setting area.
In this embodiment, the control setting item includes at least one of a distribution position, a display style, an operation mode, a progress adjustment range, or a progress fine adjustment unit of the progress fine adjustment control, and supports a user to perform personalized setting on various types of control attributes of the progress fine adjustment control, so that user experience can be improved, and the processing efficiency of media playing progress control can be improved.
In one embodiment, when a first progress indicator in a play progress control of a target media indicates a first progress, in response to a progress-trim triggering event, displaying a progress-trim region including a second progress indicator, includes: in response to a progress adjustment event for the target media, displaying a play progress control including a first progress indicator; in a case where the first progress indicator indicates a first progress, a progress fine adjustment area including a second progress indicator is displayed in response to a progress fine adjustment trigger event for the first progress.
The progress adjustment event is an event for performing progress control processing on the playing progress of the target media, and is specifically generated according to a progress adjustment operation of a user on the target media, for example, the progress adjustment event is triggered and generated when the user drags a first progress indicator in the playing progress control to slide.
Specifically, the terminal may play the target media, the user may trigger a progress adjustment operation for the target media, so as to generate a progress adjustment event, and when the terminal detects the progress adjustment event, the terminal displays a play progress control including the first progress indicator in response to the progress adjustment event. The terminal specifically can display a playing progress control of the target media, and display a first progress indicator used for indicating the progress of the target media in the playing progress control. When a first progress indicator in a play progress control indicates a first progress, a user can trigger a progress fine-tuning trigger operation for the first progress to generate a progress fine-tuning trigger event for the first progress, and a terminal responds to the detected progress fine-tuning trigger event, displays a progress fine-tuning area, and displays a second progress indicator in the progress fine-tuning area. The progress adjusting range of the second progress indicator is matched with the media segment covering the first progress in the target media, so that a user can accurately fine-tune control the playing progress of the progress range of the media segment by operating the second progress indicator in the progress fine-tuning area.
In this embodiment, the terminal responds to a progress adjustment event generated by user triggering, after the play progress control is displayed, under the condition that a first progress indicator in the play progress control indicates a first progress, a progress fine-tuning trigger event generated by user triggering is responded, a progress fine-tuning area including a second progress indicator is displayed, thereby supporting the first-level play progress control on the target media through the play progress control, triggering the second-level higher-precision play progress fine-tuning on the target media through the progress fine-tuning area, simultaneously supporting the two-level different-precision play progress control on the target media, and being beneficial to reducing misoperation to avoid repeated operation, thereby improving the processing efficiency of the media play progress control.
In one embodiment, in response to a progress adjustment event for a target media, displaying a play progress control including a first progress indicator includes: in response to a progress adjustment triggering operation for the target media, displaying a play progress control comprising a first progress indicator; in response to a progress adjustment operation on the first progress indicator, the first progress indicator is moved to a progress specified by the progress adjustment operation.
The progress adjustment triggering operation is a triggering operation for performing progress adjustment on the target media triggered by the user, for example, when the terminal plays the target media, the user clicks a playing interface of the target media, so that the progress adjustment triggering operation is generated. The progress adjustment operation is the progress adjustment operation for the target media triggered by the user, and the playing progress of the target media can be controlled through the progress adjustment operation. For example, a user may drag a first progress indicator in the play progress control to move in the play progress control, thereby generating a progress adjustment operation for the target media.
Specifically, when the terminal plays the target media, the user may trigger a progress adjustment triggering operation for the target media, and the terminal displays a play progress control including a first progress indicator in response to the progress adjustment triggering operation, where the first progress indicator may indicate a current play progress of the target media. The user can operate the first progress indicator, the terminal responds to the progress adjustment operation of the user on the first progress indicator, for example, the user drags the first progress indicator, and the terminal moves the first progress indicator to the progress specified by the progress adjustment operation, so that the playing progress of the target media is controlled through the playing progress control.
In this embodiment, the terminal responds to the progress adjustment triggering operation of the user for the target media, display the play progress control including the first progress indicator, further respond to the progress adjustment operation of the user for the first progress indicator, the terminal moves the first progress indicator in the play progress control to the progress designated by the progress adjustment operation, thereby realize playing progress control for the target media through the play progress control, further can trigger the play progress fine adjustment with higher precision for the target media through the progress fine adjustment region, thereby simultaneously support the play progress control of two-stage different precisions of the target media, be favorable to reducing the misoperation so as to avoid repeated operation, thereby improve the processing efficiency of the media play progress control.
In one embodiment, after jumping the playing progress of the target media to the playing progress of the second progress representation, the method further includes: and hiding the progress fine-tuning area.
Specifically, the terminal adjusts the playing progress of the target media according to the second progress, specifically, after the playing progress of the target media jumps to the playing progress represented by the second progress, the terminal can hide the progress fine-tuning area, so that the playing progress fine-tuning control of the target media is finished, and unnecessary shielding of the playing interface of the target media caused by the progress fine-tuning area is avoided.
In the embodiment, the progress fine-tuning area is hidden, so that the progress fine-tuning area is prevented from unnecessarily shielding the playing interface of the target media, the playing effect of the target media is ensured, and the experience of a user for watching the target media can be improved.
In one embodiment, after the jumping the playing progress of the target media to the playing progress of the second progress indicator, the method further includes: and playing the target media according to the playing progress represented by the second progress.
Specifically, the terminal adjusts the playing progress of the target media according to the second progress, and specifically after the playing progress of the target media is jumped to the playing progress represented by the second progress, the terminal can play the target media according to the playing progress represented by the second progress, that is, the terminal jumps to the playing progress represented by the second progress to play the target media.
In this embodiment, the terminal plays the target media according to the playing progress represented by the second progress, so that the target media can be played by skipping quickly, and the playing efficiency of the target media skipping playing is improved.
In a specific application, as shown in fig. 6, after the user finishes the triggering operation on the second progress indicator in the progress fine adjustment area, the second progress of the movement of the second progress indicator is 7 minutes and 26 seconds, and after the terminal jumps to 7 minutes and 26 seconds from the playing progress of the target media, the progress fine adjustment area is hidden. Further, the terminal can continue playing the target media from 7 minutes to 26 seconds.
In one embodiment, the media playing progress control method further includes: and hiding the progress fine-tuning area when the progress fine-tuning event acts on the progress moved by the second progress indicator and exceeds the progress adjustment range.
The progress adjustment range of the playing progress fine adjustment supported by the progress fine adjustment area is a range of the adjustable progress which can be indicated by the second progress indicator in a moving mode, and the moving of the second progress indicator is realized by acting a progress fine adjustment event generated by triggering of a user on the second progress indicator. And when the progress fine-tuning event generated by the user trigger acts on the second progress indicator, so that the moving progress of the second progress indicator exceeds the progress adjustment range, the playing progress control cannot be realized through the second progress indicator in the progress fine-tuning area, and then the progress fine-tuning area can be hidden by the terminal, so that the user returns to the playing progress control, and the playing progress adjustment is carried out through the first progress indicator in the playing progress control.
Specifically, the terminal detects that the progress fine-tuning event acts on the moving progress of the second progress indicator, when the progress exceeds the progress adjusting range, the second progress indicator in the progress fine-tuning area is not supported to perform playing progress adjustment, and then the progress fine-tuning area is hidden by the terminal. In specific application, after the progress fine-tuning area is hidden by the terminal, the playing progress control of the target media can be directly returned, so that the user can control the playing progress of the target media through the first progress indicator in the playing progress control. In addition, the user can also enable the terminal to redisplay the progress fine-tuning area including the second progress indicator through the progress fine-tuning trigger event so as to perform play progress fine-tuning control through the second progress indicator again, thereby realizing switching of play progress control modes of performing play progress control through the second progress indicator and performing play progress control through the first progress indicator.
In this embodiment, when the progress fine-tuning event acts on the progress moved by the second progress indicator to exceed the progress adjustment range, indicating that the play progress fine-tuning control processing cannot be realized through the second progress indicator, the terminal can hide the progress fine-tuning region, thereby returning to the play progress control of the target media, and realizing the fast switching of the play progress control and the progress fine-tuning region, which is beneficial for the user to flexibly select the operation mode of the play progress control according to the actual needs, thereby reducing the misoperation to avoid repeated operation, and improving the processing efficiency of the media play progress control.
In one embodiment, the media playing progress control method further includes: and hiding the progress fine-tuning area in response to the fine-tuning cancellation operation aiming at the target media.
The fine tuning canceling operation is the operation of the user for performing fine tuning control on the playing progress aiming at the cancellation triggered by the target media. For example, the user may trigger the generation of the fine tune cancellation operation when the second progress indicator is moved in a particular direction. In specific implementation, if the direction in which the second progress indicator moves to perform fine adjustment control of the playing progress is the horizontal direction, that is, the user can move by dragging the second progress indicator in the horizontal direction to realize fine adjustment control of the playing progress, the fine adjustment cancellation operation can be an operation in the vertical direction, if the user can drag and slide the second progress indicator in the vertical direction, if the user can drag the second progress indicator upwards or downwards, and the fine adjustment cancellation operation is triggered and generated.
Specifically, the user may trigger a fine-tuning cancellation operation for the target media, for example, the user clicks a fine-tuning cancellation control displayed in the interface to trigger the fine-tuning cancellation operation, and the terminal hides the progress fine-tuning area in response to the fine-tuning cancellation operation, so as to cancel the fine-tuning control of the play progress of the target media.
In this embodiment, when the user triggers the fine-tuning cancellation operation for the target media, the terminal may hide the progress fine-tuning area, thereby ending the play progress fine-tuning control of the target media by the user, and rapidly quitting the play progress fine-tuning control for the target media according to the actual needs of the user, thereby reducing the misoperation to avoid repeated operation, and improving the processing efficiency of the media play progress control.
In one embodiment, the media playing progress control method further includes: in response to the progress adjustment event for the target media, moving a first progress indicator in the playing progress control to a target progress specified by the progress adjustment event; and when the progress interval distance between the target progress and the playing progress of the target media is smaller than the distance threshold, displaying a progress fine adjustment area comprising a second progress indicator.
The progress adjustment event is an event for performing progress control processing according to the playing progress of the target media, and is specifically generated according to a progress adjustment operation of a user for the target media, for example, the progress adjustment event is triggered and generated when the user drags a first progress indicator in the playing progress control to slide. The target progress is the progress adjusted by the user after the playing progress of the first progress indicator is adjusted through the progress adjustment event generated by triggering, namely the progress moved by the first progress indicator under the action of the progress adjustment event. The schedule interval distance refers to an interval distance between different schedules. The distance threshold may be preset according to actual needs, and may be 15 pixels, for example.
Specifically, the terminal may play the target media, the user triggers a progress adjustment operation for the target media, so as to generate a progress adjustment event, and the terminal moves the first progress indicator in the play progress control in response to the detected progress adjustment event, so as to move to a target progress specified by the progress adjustment event, where the first progress indicator indicates the target progress. The terminal detects a progress interval distance between the target progress and the playing progress of the target media, and when the progress interval distance is smaller than a preset distance threshold value, if the progress interval distance is smaller than 15 pixels, the terminal can display a progress fine adjustment area comprising a second progress indicator, so that a user can perform playing progress fine adjustment control with higher precision aiming at the target media through the second progress indicator in the progress fine adjustment area.
In a specific application, a user can control the playing progress of a target media by dragging a first progress indicator in a playing progress control, and the terminal moves the first progress indicator to a position of a target progress specified by the dragging operation of the user. The terminal determines the current playing progress of the target media, if the progress interval distance between the target progress and the current playing progress is smaller than a distance threshold value, the fact that a user drags the first progress indicator to a position near the current playing progress is shown, the user may need to backtrack and position the current playing progress, the terminal displays a progress fine adjustment area comprising the second progress indicator, so that the user can perform high-precision playing progress fine adjustment control on the target media through the second progress indicator in the progress fine adjustment area, and the user can quickly backtrack and position the target progress to the current playing progress.
In this embodiment, when the user drags the first progress indicator to a position near the current playing progress, the terminal displays a progress fine tuning area including the second progress indicator, so that the user can perform playing progress fine tuning control with higher precision for the target media through the second progress indicator in the progress fine tuning area, and the user can quickly trace back the target progress to locate the current playing progress, thereby improving the processing efficiency of media playing progress control.
In one embodiment, the media playing progress control method further includes: in response to the progress adjustment event for the target media, moving a first progress indicator in the playing progress control to a target progress specified by the progress adjustment event; when the progress interval distance between the target progress and the playing progress of the target media is smaller than the distance threshold, displaying progress prompt information of the target progress; and the progress prompt information is used for representing the progress position relation between the target progress and the playing progress of the target media.
The progress adjustment event is an event for performing progress control processing on the playing progress of the target media, and is specifically generated according to a progress adjustment operation of a user on the target media, for example, the progress adjustment event is triggered and generated when the user drags a first progress indicator in the playing progress control to slide. The target progress is the progress adjusted by the user after the playing progress of the first progress indicator is adjusted through the progress adjustment event generated by triggering, namely the progress moved by the first progress indicator under the action of the progress adjustment event. The schedule interval distance refers to an interval distance between different schedules. The distance threshold may be set in advance according to actual needs, and may be 15 pixels, for example. The progress prompt information is used for representing the progress position relation between the target progress and the playing progress of the target media, namely, the relation between the target progress and the playing progress of the target media is reflected through the progress prompt information, and different progress prompt information can be displayed specifically in different progress position relations, or the progress prompt information can be displayed in different display modes.
For example, the progress prompting information may be a progress interval distance between the target progress and the playing progress of the target media, and when the target progress is located before the playing progress of the target media, the progress interval distance included in the progress prompting information may be a positive value; when the target progress is behind the playing progress of the target media, the progress interval distance included in the progress prompt information can be a negative value, so that the progress position relation between the target progress and the playing progress of the target media is represented through the positive value and the negative value of the progress interval distance in the progress prompt information and the size of the value.
Specifically, the terminal responds to the detected progress adjustment event, and moves a first progress indicator in the playing progress control so as to move to a target progress specified by the progress adjustment event, wherein the first progress indicator indicates the target progress. The terminal detects a progress interval distance between the target progress and the playing progress of the target media, when the progress interval distance is smaller than a preset distance threshold value, the terminal displays progress prompt information of the target progress, so that the progress position relation between the target progress and the playing progress of the target media is represented through the progress prompt information, and a user can visually determine the progress position relation between the target progress and the playing progress of the target media through the displayed progress prompt information of the target progress, such as the target progress is before or after the progress of the playing progress of the target media.
In a specific application, as shown in fig. 7, the black filled area in the bar-shaped progress bar represents a segment of the video that has been played, the white filled area represents a segment of the video that has not been played, and the oblique filled area represents a moving area of the user operating the first progress indicator, i.e. the user operating the circular indicator, in the playing progress control. The user drags the circular indicator to the position far away from the current playing progress of the video, backtracks and positions the current playing progress of the video, when the circular indicator is close to the current playing progress of the video, namely, the distance between the target progress indicated by the circular indicator and the progress of the current playing progress of the video is smaller than a distance threshold value, the terminal displays progress prompt information of the target progress, specifically displays +3 s', and indicates that the target progress leads the current playing progress of the video for 3 seconds.
In this embodiment, when the progress interval distance between the target progress specified by the progress adjustment event and the playing progress of the target media is smaller than the distance threshold, that is, when the user drags the first progress indicator to a position near the current playing progress, the terminal displays the progress prompt information of the target progress, so as to describe the progress position relationship between the target progress and the playing progress of the target media through the progress prompt information, which is beneficial for the user to trace back the target progress to locate the playing progress of the target media, thereby improving the processing efficiency of media playing progress control.
In one embodiment, when the progress interval distance between the target progress and the playing progress of the target media is smaller than the distance threshold, displaying progress prompt information of the target progress, including: when the target progress is at the position of the playing progress of the target media, displaying progress prompt information of the target progress in a first display mode; and when the target progress is not at the position of the playing progress of the target media and the progress interval distance between the target progress and the playing progress of the target media is smaller than the distance threshold, displaying progress prompt information of the target progress in a second display mode.
The first display mode and the second display mode can be different display modes, so that progress prompt information is displayed through two different display modes, and the progress position relation between the target progress and the playing progress of the target media is represented.
Specifically, when the target progress is at the position of the playing progress of the target media, it indicates that the user moves the first progress indicator to the position indicating the playing progress of the target media, and at this time, the target progress is the same as the playing progress of the target media, and the terminal displays progress prompt information of the target progress through a first display mode. For example, the terminal may display progress indication information of the target progress through a first display background or a first display color. When the target progress is not at the position of the playing progress of the target media and the progress interval distance is smaller than the distance threshold, the terminal can display progress prompt information of the target progress in a second display mode, for example, the progress prompt information of the target progress can be displayed through a second display background or a second display color. The specific display modes of the first display mode and the second display mode can be flexibly set according to actual needs. For example, the progress indication information may include progress time information of the target progress, and the display manner may include, but is not limited to, various display manners including a display position, a font, a color, a background, a transparency, and the like of the progress time information.
In this embodiment, when the progress interval distance between the target progress and the playing progress of the target media is smaller than the distance threshold, the target progress is the same as or different from the playing progress of the target media, progress prompt information is displayed in different display modes, and therefore, whether the target progress is the same as the playing progress of the target media or not is represented through the difference of the display modes of the progress prompt information, so that the user can accurately and quickly backtrack and position the playing progress of the target media, and the processing efficiency of media playing progress control is improved.
In one embodiment, the progress areas in the play progress control include a played progress area, a to-be-played progress area, and a moving progress area of the first progress indicator under the action of the progress adjustment event. When the target progress is at the position of the playing progress of the target media, displaying progress prompt information of the target progress in a first display mode, wherein the progress prompt information comprises: when the target progress is at the position of the playing progress of the target media, displaying progress prompt information of the target progress through a display mode associated with an adjacent progress area; and the adjacent progress areas comprise progress areas with adjacent positions of the target progress in the playing progress control.
The played progress area refers to a media segment which is played in the target media and corresponds to the progress area in the playing progress control; the progress area to be played refers to a media segment which is not played in the target media and corresponds to the progress area in the playing progress control; the moving progress area is a progress area in which the first progress indicator moves under the action of the progress adjustment event in the playing progress control. For example, if the current playing progress of the target media is 5 minutes and 5 seconds, the media segment of 0 minute and 0 second to 5 minutes and 5 seconds in the target media, and the progress area in the playing progress control is the played progress area; the progress area of the media segment in the target media after 5 minutes and 5 seconds is the progress area to be played; if the movement of the first progress indicator under the action of the progress adjustment event is from 5 minutes 5 seconds to 6 minutes 1 seconds, playing a progress area from 5 minutes 5 seconds to 6 minutes 1 seconds in the progress control, and taking the progress area as a movement progress area.
The adjacent progress areas comprise progress areas with adjacent positions of the target progress in the playing progress control. For example, if the position of the target progress in the playing progress control is between the played progress area and the mobile progress area, the adjacent progress areas include the played progress area and the mobile progress area; and if the position of the target progress in the playing progress control is between the progress area to be played and the moving progress area, the adjacent progress areas comprise the progress area to be played and the moving progress area. The adjacent progress areas can be determined by the terminal according to the progress area division result in the playing progress control and the position of the target progress in the playing progress control. Different progress areas can be displayed in the play progress control in different associated display modes, so that the progress areas are effectively distinguished in the play progress control. In a specific application, the display mode associated with each progress area in the play progress control can be preset according to actual needs.
Specifically, when the target progress is at the position of the playing progress of the target media, it is indicated that the user moves the first progress indicator to the position indicating the playing progress of the target media, progress backtracking of the first progress indicator is achieved, the terminal determines an adjacent progress area adjacent to the position where the target progress is located in the playing progress control, inquires display modes associated with the adjacent progress area respectively, and displays progress prompt information of the target progress according to the display modes associated with the adjacent progress area. For example, if the display mode associated with the first adjacent progress area in the adjacent progress areas is a blue background, and the display mode associated with the second adjacent progress area is a white background, the progress guidance information of the target progress may be displayed through the blue background and the white background, respectively, and the specific terminal may display the progress guidance information of the target progress through the blue background and the white background in different areas, respectively.
Further, when the target progress is not at the position of the playing progress of the target media and the progress interval distance between the target progress and the playing progress of the target media is smaller than the distance threshold, displaying progress prompt information of the target progress in a second display mode, including: and when the target progress is not at the position of the playing progress of the target media and the progress interval distance between the target progress and the playing progress of the target media is smaller than the distance threshold, displaying progress prompt information of the target progress in a display mode related to a progress area where the target progress is located in the playing progress control.
Specifically, when the target progress is not at the position of the playing progress of the target media and the progress interval distance is smaller than the distance threshold, the terminal determines a progress area of the target progress in the playing progress control, inquires a display mode associated with the progress area, and displays progress prompt information of the target progress according to the display mode associated with the progress area. For example, the progress area of the target progress in the playing progress control is a played progress area, and the display mode associated with the played progress area is a white background, so that the terminal can display progress prompt information of the target progress through the white background.
In this embodiment, the progress area in the playing progress control is divided into a played progress area, a to-be-played progress area, and a mobile progress area, different progress areas can be associated with different display modes, when the requirement that the progress interval distance between the target progress and the playing progress of the target media is smaller than the distance threshold is met, the terminal displays progress prompt information according to different display modes associated with the progress areas, so that the difference of the display modes associated with the progress areas can be passed, the progress position relation between the target progress and the playing progress of the target media is represented, the accuracy of a user is facilitated, the target progress is quickly backtracked and positioned to the playing progress of the target media, and the processing efficiency of media playing progress control is improved.
In one embodiment, moving the first progress indicator in the play progress control to the target progress specified by the progress adjustment event in response to the progress adjustment event for the target media comprises: displaying a playing progress control associated with the target media, wherein a first progress indicator in the playing progress control indicates the playing progress of the target media; in response to a progress adjustment operation for the first progress indicator, the first progress indicator is moved to a target progress specified by the progress adjustment operation.
Specifically, when the terminal plays the target media, the terminal may display a playing progress control associated with the target media, and a first progress indicator in the playing progress control indicates the playing progress of the target media, so as to indicate the current playing progress of the target media through the first progress indicator. And if the user drags the first progress indicator in the playing progress control to slide, the terminal responds to the progress adjustment operation to move the first progress indicator in the playing progress control so as to move to the target progress specified by the progress adjustment operation.
In this embodiment, the user can trigger the progress adjustment operation through the first progress indicator in the displayed play progress control associated with the target media, so as to adjust the play progress of the target media, thereby performing play progress control through the play progress control, and the progress interval distance between the target progress specified by the progress adjustment operation and the play progress of the target media is smaller than the distance threshold, that is, when the user drags the first progress indicator to a position near the current play progress, the progress prompt information describing the progress position relationship between the target progress and the play progress of the target media is displayed, which is beneficial for the user to be in the play progress control, accurately and quickly backtrack and position the target progress to the play progress of the target media, thereby improving the processing efficiency of the media play progress control.
In one embodiment, the media playing progress control method further includes: when a progress adjusting instruction for the target media is obtained, determining the target progress of the first progress indicator according to the progress adjusting instruction; determining a progress interval distance between the target progress and the playing progress of the target media; and when the progress interval distance is smaller than the distance threshold, generating progress prompt information of the target progress according to the progress position relation between the target progress and the playing progress of the target media.
The progress adjustment instruction is generated according to a progress adjustment event aiming at the target media, and the progress adjustment instruction can carry progress information, so that the target progress of the first progress indicator can be determined according to the progress adjustment instruction.
Specifically, the terminal may detect whether a progress adjustment instruction for the target media is obtained, and when the progress adjustment instruction is obtained, the terminal may determine the target progress of the first progress indicator according to the progress adjustment instruction, for example, the target progress of the first progress indicator may be extracted from the progress adjustment instruction. And the terminal inquires the playing progress of the target media and determines the progress interval distance between the target progress and the playing progress of the target media. And the terminal compares the progress interval distance with a preset distance threshold, and if the progress interval distance is smaller than the distance threshold, the terminal generates progress prompt information for representing the progress position relationship between the target progress and the playing progress of the target media according to the progress position relationship between the target progress and the playing progress of the target media. In specific implementation, the terminal may further determine a display mode of the progress prompt information, and render the progress prompt information according to the display mode and then display the progress prompt information in an interface of the terminal.
In this embodiment, the terminal determines the target progress according to the obtained progress adjustment instruction, and when it is determined that the progress interval distance between the target progress and the playing progress of the target media is smaller than the distance threshold, the terminal generates progress prompt information of the target progress based on the progress position relationship between the target progress and the playing progress of the target media, so that the progress position relationship between the target progress and the playing progress of the target media can be described through the progress prompt information, which is beneficial for a user to quickly trace back the target progress to locate the playing progress of the target media, and thus, the processing efficiency of media playing progress control is improved.
In an embodiment, as shown in fig. 8, the method for controlling a media playing progress further includes processing of updating the playing progress, which specifically includes:
And the progress fine-tuning trigger instruction is generated according to the progress fine-tuning trigger event and is used for triggering the processing of the fine-tuning control of the playing progress. The fine-tuning area parameter is a parameter of an operation area for performing fine-tuning control on the playing progress of the target media, and a progress fine-tuning area can be generated by fine-tuning the area parameter, so that a user can perform fine-tuning control on the playing progress of the target media in the progress fine-tuning area.
Specifically, the terminal detects the progress indicated by the first progress indicator in the playing progress control of the target media, and detects whether a progress fine-tuning trigger instruction is obtained. When the terminal detects that the first progress indicator indicates the first progress and obtains a progress fine-tuning trigger instruction, the terminal can determine fine-tuning area parameters, and the fine-tuning area parameters can be preset according to actual needs.
Specifically, the terminal generates a progress fine-tuning area based on the obtained fine-tuning area parameter, and the progress fine-tuning area comprises a second progress indicator. The fine adjustment region parameters are used for describing the progress fine adjustment region, and may specifically include, but are not limited to, various types of parameters including a distribution position, a region size, a region style, a style of a second progress indicator in the region, a display mode, and the like of the progress fine adjustment region.
The progress fine-tuning instruction is generated according to the progress fine-tuning event, the progress fine-tuning instruction can carry progress information, and the terminal can determine the progress needing to be jumped according to the progress fine-tuning instruction. Specifically, the terminal detects whether a progress fine-tuning instruction is obtained, when the progress fine-tuning instruction is detected, the terminal determines a second progress based on the progress fine-tuning instruction, and updates the playing progress of the target media to become the playing progress represented by the second progress, so that the terminal jumps the playing progress of the target media to the playing progress represented by the second progress in the interface.
In this embodiment, the terminal generates the progress fine-tuning area according to the determined fine-tuning area parameter, determines the second progress according to the progress fine-tuning instruction, and updates the playing progress of the target media to the playing progress represented by the second progress, so that the progress of the target media is controlled more accurately through the second progress indicator, misoperation can be reduced to avoid repeated operation, and the processing efficiency of media playing progress control is improved.
In one embodiment, generating a progress fine adjustment region including a second progress indicator based on the fine adjustment region parameters includes: determining an indicator parameter and a media segment covering the first progress according to the fine tuning area parameter; determining a progress adjustment range based on the media segment; and generating a progress fine-tuning area according to the progress adjusting range, and generating a second progress indicator in the progress fine-tuning area according to the indicator parameter.
The indicator parameter is a parameter of the second progress indicator in the progress fine adjustment area, and may specifically include various parameters describing a style, an initial position, a display mode, and the like of the second progress indicator. The progress adjustment range is an adjustment range of the play progress supported by the second progress indicator. The fine tuning area parameters may include an indicator parameter and a segment determination parameter covering the first progress, and the media segment covering the first progress may be determined by the segment determination parameter, and further, a progress adjustment range supported by the progress adjustment range is determined according to the media segment.
Specifically, the terminal determines the indicator parameter and the media segment covering the first progress according to the fine tuning area parameter. For example, the fine tuning region parameters include segment determination parameters of 9 seconds before and after the first segment, and when the terminal determines that the first progress is 1 minute and 10 seconds, the terminal may determine that the media segment covering the first progress is a segment from 1 minute and 1 second to 19 seconds. The terminal determines a progress adjustment range based on the media segment, for example, the progress adjustment range may be determined to be 1 min 1 s to 1 min 19 s according to the media segment of 1 min 1 s to 1 min 19 s. The terminal generates a progress fine adjustment area according to the progress adjustment range so that the progress fine adjustment area can support the progress adjustment of 1 minute 1 second to 1 minute 19 second. The terminal generates a second progress indicator, such as a circular second progress indicator, in the progress fine adjustment area according to the indicator parameters.
In this embodiment, the terminal determines the indicator parameter according to the fine-tuning area parameter, generates the second progress indicator according to the indicator parameter, determines the media segment covering the first progress according to the fine-tuning area parameter, and generates the progress fine-tuning area based on the progress adjustment range determined by the media segment, so that in the generated progress fine-tuning area, the progress adjustment range of the second progress indicator matches with the media segment covering the first progress in the target media, and the user can perform accurate fine-tuning control of the playing progress of the progress range of the media segment by operating the second progress indicator in the progress fine-tuning area, thereby reducing misoperation to avoid repeated operation, and improving the processing efficiency of media playing progress control.
The application further provides an application scene, and the application scene applies the media playing progress control method. Specifically, the media playing progress control method is applied to the application scene as follows:
the application scenario is a scenario of music playing, a target medium is target music, a music player is installed on a terminal, the terminal can obtain the target music from a music server to play the target music locally, the terminal can respond to a progress fine-tuning trigger event of a user when a first progress indicator in a playing progress bar of the target music indicates a first progress in the playing progress bar of the target music, a progress fine-tuning area is displayed, the progress fine-tuning area comprises a second progress indicator, the progress adjustment range of the second progress indicator is matched with a music fragment covering the first progress in the target music, the progress adjustment range of the unit moving distance of the second progress indicator is smaller than that of the first progress indicator, the terminal can respond to the progress fine-tuning event of the user aiming at the second progress indicator, and the second progress indicator in the progress fine-tuning area is moved to a second progress, and jumping the playing progress of the target music to the playing progress represented by the second progress, and enabling the terminal to play the target music from the playing progress represented by the second progress.
The application also provides an application scene, and the application scene applies the media playing progress control method. Specifically, the media playing progress control method is applied to the application scene as follows:
when the video is played in the terminal, the video player can provide a video playing progress control function, and particularly, a user can control the video playing progress through a progress control of the video player. The progress control of the video player is an interface element set for controlling the progress of video playing time, and is provided with visual elements such as player control points, progress bars, playing time and the like. The progress bar can be divided into a played time part and an unplayed time part; the playing time can be divided into played time and non-played time. The player control point is a component of a progress control of the video player, has a function of controlling video playing time by dragging the player control point, and can move linearly along the progress bar when the video is played. The progress bar is a horizontal bar-type visual element for video playing, and can display a played time part and an unplayed time part of a played video, for example, the left and right can be a played time and an unplayed time respectively.
However, as the duration of the video increases, the video progress span adjusted correspondingly to the unit moving distance of the player control point in the progress control of the video player increases, and after the video length increases, the actual time length corresponding to each fixed display unit increases, and it is difficult to control and position the video player to the accurate time in seconds through the progress control of the video player, which affects the processing efficiency of the media play progress control. For example, when a medium-long video with a duration greater than 3 minutes is processed, the playing progress positioning through the progress control of the video player is less effective. Moreover, a user can quickly preview the video content by dragging the player control point, determine whether to watch the video carefully, and then return to the initial dragging point to play from the beginning, which is enhanced in long video playing, but the progress control of the video player is difficult to accurately and quickly return to the initial position of the dragged player control point, thereby further reducing the processing efficiency of media playing progress control.
The embodiment provides a media playing progress control method, which can realize the accurate positioning of the movement of a progress control of a video player, and specifically means that a user drags a playing control point of the progress control of the video player to move from a starting point to a certain point, so that the playing time of the point can be accurately controlled. Specifically, after the user drags the player control point of the video player for a distance, the user can press the player control point for 1.5 seconds or move within 1.5 seconds for a distance less than 25 pixels, which represents that the user tries to accurately locate the video time, at this time, the progress bar under the player control point is changed into longitudinal wave stripes, each stripe represents 1 second, the player control point is used as the center, the horizontal direction and the horizontal direction are respectively expanded for 7 seconds, the total time in the range of the longitudinal wave stripes is 15 seconds, and the time control part corresponding to the original progress bar is covered. Because the time represented by the unit length of the long video is longer than the time represented by the stripe length, the selection area is enlarged, and the operation of positioning by selecting the progress by the user is facilitated. The color of the wave stripe can be correspondingly set according to the position of the progress represented by the stripe. For example, stripes within the range of movement of the player control point may appear blue for user dragging, while stripes for unplayed segments may appear grey. As shown in fig. 9, the wave shape is formed by centering on 7 minutes and 22 seconds, and then, for 7 seconds, each second corresponds to 1 segment of longitudinal stripe, the amplitude of the stripe corresponding to 7 minutes and 22 seconds is maximum, and the two sides are gradually reduced. For the bar whose progress is 7 minutes before 22 seconds, the display may be filled in gray; while the stripes, which progress after 7 minutes 22 seconds, may fill the display in black.
Further, after the longitudinal wave strip transversely rolls, the time corresponding to the progress indicated by the control point of the player is displayed, the longitudinal wave strip form is changed, the selected time is taken as the highest point, the left and right states are in a descending state, and the amplitude is gradually reduced. As shown in fig. 10, when the user drags the player control point to move to the left and moves to a position of 7 minutes and 18 seconds, the amplitude of the stripe corresponding to 7 minutes and 18 seconds is the largest, and the amplitudes of the stripes on both sides gradually decrease, with the stripe of 7 minutes and 18 seconds as the center. And when the player control point exceeds the range of 15 seconds, the longitudinal wave bar disappears, and the player control point enters the position of the original progress bar to display the corresponding time. And after the user finger is separated from the screen, the user is indicated to finish the control processing of the playing progress, the longitudinal wave strip disappears, and the video enters the corresponding time and is played.
In a specific implementation, when a user presses the control point for 1.5 seconds or moves within 1.5 seconds for a distance less than 25 pixels, a longitudinal wavy line with height decreasing towards two sides appears by taking the video control point as a center, and the transverse distance of the wavy line represents 15 seconds of video content which can be accurately positioned. As shown in fig. 11, the actual time length of the area occupied by the 15 stripes is X (the length of the longitudinal wavy line)/Y (the total length of the progress bar) × T (the total duration of the video), wherein the center position of X is a fixed position centered on the last position where the movement distance in 1.5 seconds is less than 25 pixels, for example, the position where the progress is 7 minutes and 22 seconds, the width of each stripe is a fixed width, and the color of the longitudinal wavy line is set correspondingly according to the position of the progress represented by the stripe, so that the traceable state and the normal state can be specifically kept and distinguished, for example, the traceable state and the normal state can be distinguished by blue and white. And when the user moves the video control point beyond the range of X, the video player returns to the state of the strip progress bar without the longitudinal wave bar.
Furthermore, the provided media playing progress control method can also realize the backtracking accurate positioning of the progress control of the video player, specifically, the method is that the playing control point of the progress control of the video player is dragged, and the playing control point moves to a certain point from the starting point and then accurately returns to the starting point. Specifically, after the user starts playing the video or clicks the screen, the progress control of the video player is displayed, and it is assumed that the video playing time is 03: 32, i.e. 3 minutes 32 seconds. As shown in fig. 12, when the terminal plays a video, the current video playing event is 3 minutes and 32 seconds, and in the bar-shaped progress bar displayed below the video, the progress filling before 3 minutes and 32 seconds is black, which indicates that the video has been played; the progress fill after 3 minutes 32 seconds is white indicating to be played and the player control point is a circular indicator at the 3 minutes 32 seconds position in the progress bar. The user can drag the video to browse, and a blue progress bar of the path of the control point of the player dragged by the user is displayed in the progress control. As shown in fig. 13, the user drags the player control point to preview forward, and the moving path of the player control point is a progress of filling the oblique line, which indicates a progress of the user previewing with the dragged player control point.
Further, the user drags the progress bar from the farthest point back to the start direction, and the precise time point is displayed while approaching the start position. Wherein, the time point late with respect to the start time is displayed as blue, the time point early with respect to the start time is displayed as white, and the precise time is displayed simultaneously right and left when just returning to the start point. As shown in fig. 14, when the user operates the player control point to move to the starting point of the drag, and approaches the starting point, that is, approaches 3 minutes and 32 seconds, the terminal displays the time of the progress point indicated by the player control point, for example, displays 3 minutes and 35 seconds, and the displayed 3 minutes and 35 seconds are filled with oblique lines to indicate that the currently moved progress point is still in the moving path of the player control point and needs to continue moving to the left. As shown in fig. 15, the user drags the player control point to move to the left, and when the player control point moves to the played progress area, the displayed 3 minutes and 29 seconds are filled with black, which indicates that the player control point has been dragged to the left side of the starting point and needs to move to the right for adjustment. As shown in fig. 16, when the user continues to operate the player control point, returns to the start point of the drag, i.e., returns to 3 minutes and 32 seconds, the progress time of 3 minutes and 32 seconds of filling the black color and the progress time of 3 minutes and 32 seconds of filling the oblique line are simultaneously displayed.
Further, in the playing process of the video, the player control point moves to the right in an equal proportion according to the time progress, when a user starts to drag the player control point, a vector displacement is formed between the dragged displacement starting point and the dragged maximum displacement point of the player control point, and in the process, the user can preview the video content through the rapid switching of the video. As shown in fig. 17, the user drags the player control point from the displacement start point, and moves to the maximum displacement point, and the vector displacement is a vector from the displacement start point to the maximum displacement point. And when the user triggers to return to the displacement starting point, the user moves from the maximum displacement point to the displacement starting point, and the user searches for accurate positioning near the displacement starting point. As shown in fig. 18, the player control point is moved to 3 minutes 29 seconds, and the time information thereof is filled in black corresponding to the progress filling color that has been played, indicating that 3 minutes 29 seconds is a point near the displacement start point, and to the left of the displacement start point, the vector displacement of the player control point is a vector to the left, and the displacement distance is from the displacement start point to the maximum displacement point, and further from the maximum displacement point to the displacement start point. When the user returns to the displacement starting point, the corresponding starting time is displayed, namely 3 minutes and 32 seconds, and the time information filled with black and oblique lines is displayed at the same time. And if the displacement starting point position is set as a and the motion ending point is set as b, the | a-b |, which is 0, displays the accurate starting point time. And when the finger of the user is separated from the screen, the video jumps to the corresponding time, and the blue part of the progress bar returns to the initial state. As shown in fig. 19, when the player control point returns to the displacement start point, 3 minutes and 32 seconds of time information filled with black and oblique lines are simultaneously displayed, the vector displacement is 0, the displacement path is from the displacement start point to the maximum displacement point, from the maximum displacement point to the point near the displacement start point, and finally from the point near the displacement start point back to the displacement start point.
Further, as shown in fig. 20, the user may play the video at the terminal, perform the precise time control processing through the precise time control background, and perform the processing of the backtracking start position through the backtracking start position background. The accurate time control background and the backtracking initial position background can be realized by a server or a processor of the terminal. The dotted line is used for identifying interaction between the terminal and the background, and the solid line is used for identifying processing logic of the terminal for the interface. Specifically, the user traces back the vector dragging distance of blue displayed in the background of the starting position by dragging the video player control point at the terminal. The terminal judges whether the user presses the player control point for 1.5 seconds or the moving distance in 1.5 seconds is less than 25 pixels, if yes, the terminal detects whether the user continues to drag the player control point, the accurate time control background controls and displays the longitudinal wave stripe, and the accurate time is displayed. And if the user continues to drag the player control point, the terminal detects whether the control point exceeds the dragging area, and the precise time control background controls and changes the longitudinal wave stripe form to display precise time. If the terminal detects that the terminal exceeds the dragging area, the accurate time control background controls the progress bar to exit from the longitudinal wave stripe state; if the dragging area is not exceeded, the terminal detects whether the user continues to touch the screen, and if not, the terminal adjusts to a corresponding playing position to play the video. And if the user continues to touch the screen, the display state is kept by the accurate time control background. And if the terminal detects that the user does not continue to drag the player control point, the terminal detects whether the user continues to touch the screen. If the terminal does not detect that the user presses the player control point for 1.5 seconds, and does not detect that the moving distance in 1.5 seconds is less than 25 pixels, the terminal detects whether to return to the vicinity of the displacement starting point, if so, the terminal continuously detects whether to return to the displacement starting point, and the accurate time is displayed by the backtracking starting position background. And if the terminal detects that the displacement starting point is returned, the background control of the back tracking starting position displays the blue time and the white time at the same time. If the terminal does not detect that the displacement starting point is returned, the terminal detects whether the user continues to touch the screen or not, and the background of the backtracking starting position controls and displays the monochrome time. And if the terminal detects that the control point of the player does not return to the vicinity of the displacement starting point, the terminal detects whether the user continues to touch the screen.
The media playing progress control method provided by the embodiment can help a user to accurately position a video position, reduce the control difficulty, and reduce misoperation so as to avoid repeated operation, thereby improving the processing efficiency of media playing progress control. Moreover, the video playing progress positioning operation can be better carried out in a mode of amplifying the control area through the longitudinal waveform, and the user experience is improved.
It should be understood that, although the steps in the flowcharts related to the embodiments as described above are sequentially displayed as indicated by arrows, the steps are not necessarily performed sequentially as indicated by the arrows. The steps are not performed in the exact order shown and described, and may be performed in other orders, unless explicitly stated otherwise. Moreover, at least a part of the steps in the flowcharts related to the embodiments described above may include multiple steps or multiple stages, which are not necessarily performed at the same time, but may be performed at different times, and the execution order of the steps or stages is not necessarily sequential, but may be rotated or alternated with other steps or at least a part of the steps or stages in other steps.
Based on the same inventive concept, the embodiment of the present application further provides a media playing progress control device for implementing the above related media playing progress control method. The implementation scheme for solving the problem provided by the device is similar to the implementation scheme recorded in the method, so the specific limitations in one or more embodiments of the media playing progress control device provided below can refer to the limitations on the media playing progress control method in the foregoing, and details are not repeated herein.
In one embodiment, as shown in fig. 21, there is provided a media play progress control apparatus 2100 including: a progress fine-tuning area display module 2102, a progress fine-tuning response module 2104, and a play progress jump module 2106, wherein:
a progress fine-tuning area display module 2102, configured to display, when a first progress indicator in a playing progress control of a target media indicates a first progress, a progress fine-tuning area including a second progress indicator in response to a progress fine-tuning trigger event; the progress adjusting range of the second progress indicator is matched with the media segment which covers the first progress in the target media;
a progress fine-tuning response module 2104 for moving a second progress indicator in the progress fine-tuning area to a second progress in response to a progress fine-tuning event for the second progress indicator in the progress fine-tuning area; the second progress indicator has a smaller progress adjustment range per unit movement distance than the first progress indicator;
and the playing progress jumping module 2106 is used for jumping the playing progress of the target media to the playing progress represented by the second progress.
In one embodiment, progress fine adjustment region display module 2102 is further configured to display a progress fine adjustment region including a progress fine adjustment control; matching a progress adjusting range supported by the progress fine-tuning control with a media segment covering the first progress in the target media; in the progress fine-tuning control, a second progress indicator indicating the first progress is displayed.
In one embodiment, the progress fine-tuning area displaying module 2102 is further configured to display a progress fine-tuning area covering the position where the first progress indicator is located in the play progress control; displaying a progress fine-tuning control in the progress fine-tuning area; displaying a first progress indicator belonging to the playing progress control as a second progress indicator belonging to the progress fine-tuning control; the second progress indicator indicates the first progress.
In one embodiment, the progress fine adjustment area display module 2102 is further configured to display a progress fine adjustment control formed by a plurality of stripes with different amplitudes in the progress fine adjustment area; wherein the bar indicates an adjustable progress of the second progress indicator by moving the indication within the progress adjustment range; an amplitude of the bar characterizing a progress interval distance between the adjustable progress represented by the bar and the progress indicated by the second progress indicator.
In one embodiment, the system further comprises an adjustable progress display module, configured to display, in the progress fine-tuning control, each adjustable progress indicated by the second progress indicator through movement according to the progress display state; and the progress display state of the adjustable progress is matched with the progress position relation between the adjustable progress and the current playing progress of the target media and the progress indicated by the second progress indicator respectively.
In one embodiment, the progress fine-tuning response module 2104 is further configured to, in response to a progress fine-tuning operation directed to the second progress indicator in the progress fine-tuning region, display a second progress specified by the progress fine-tuning operation as the selected state in the progress fine-tuning region; the second progress indicator is moved to a second progress in the progress fine adjustment area.
In one embodiment, the progress fine-tuning response module 2104 is further configured to display, in a progress information area associated with the progress fine-tuning area, progress descriptive information of a second progress specified by the progress fine-tuning operation.
In one embodiment, the system further comprises a control setting module, configured to display a control setting area in response to a control setting triggering operation; the control setting area comprises at least one control setting item aiming at the progress fine-tuning control; responding to the control setting operation of at least one control setting item, and displaying a control setting result of the fine-tuning control according to the control attribute configuration progress specified by the control setting operation; the progress fine-tuning region display module 2102 is further configured to display a progress fine-tuning region, and display a progress fine-tuning control according to the control attribute in the progress fine-tuning region.
In one embodiment, the control setting item includes at least one of a distribution position, a display style, an operation mode, a progress adjustment range, or a progress fine adjustment unit of the progress fine adjustment control.
In one embodiment, the progress fine tuning area display module 2102 is further configured to display a play progress control including a first progress indicator in response to a progress adjustment event for the target media; in a case where the first progress indicator indicates a first progress, a progress fine adjustment area including a second progress indicator is displayed in response to a progress fine adjustment triggering event for the first progress.
In one embodiment, the progress fine-tuning area displaying module 2102 is further configured to display a play progress control including a first progress indicator in response to a progress-tuning trigger operation for the target media; in response to a progress adjustment operation on the first progress indicator, the first progress indicator is moved to a progress specified by the progress adjustment operation.
In one embodiment, the system further comprises a fine-tuning area hiding module for hiding the progress fine-tuning area.
In one embodiment, the media playing module is further included for playing the target media according to the playing progress represented by the second progress.
In one embodiment, the progress fine-tuning device further comprises a fine-tuning area hiding module, configured to hide the progress fine-tuning area when the progress of the second progress indicator moving due to the progress fine-tuning event exceeds the progress adjustment range; and hiding the progress fine-tuning area in response to a fine-tuning cancellation operation for the target media.
In one embodiment, the system further comprises a fine-tuning trigger module, configured to, in response to a progress-adjusting event for the target media, move a first progress indicator in the play progress control to a target progress specified by the progress-adjusting event; and when the progress interval distance between the target progress and the playing progress of the target media is smaller than the distance threshold, displaying a progress fine adjustment area comprising a second progress indicator.
In one embodiment, the progress prompt information display module is further included and is used for responding to a progress adjustment event aiming at the target media, and moving a first progress indicator in the playing progress control to a target progress specified by the progress adjustment event; when the progress interval distance between the target progress and the playing progress of the target media is smaller than the distance threshold, displaying progress prompt information of the target progress; and the progress prompt information is used for representing the progress position relation between the target progress and the playing progress of the target media.
In one embodiment, the progress prompting information display module is further configured to display progress prompting information of the target progress in a first display manner when the target progress is at a position of the playing progress of the target media; and when the target progress is not at the position of the playing progress of the target media and the progress interval distance between the target progress and the playing progress of the target media is smaller than the distance threshold, displaying progress prompt information of the target progress in a second display mode.
In one embodiment, the progress area in the playing progress control includes a played progress area, a progress area to be played, and a moving progress area of the first progress indicator under the action of the progress adjustment event; the progress prompt information display module is also used for displaying the progress prompt information of the target progress through a display mode associated with an adjacent progress area when the target progress is at the position of the playing progress of the target media; the adjacent progress areas comprise progress areas with adjacent positions of the target progress in the playing progress control; and when the target progress is not at the position of the playing progress of the target media and the progress interval distance between the target progress and the playing progress of the target media is smaller than the distance threshold, displaying progress prompt information of the target progress in a display mode related to a progress area where the target progress is located in the playing progress control.
In one embodiment, the progress prompt information display module is further configured to display a play progress control associated with the target media, and a first progress indicator in the play progress control indicates a play progress of the target media; in response to a progress adjustment operation for the first progress indicator, the first progress indicator is moved to a target progress specified by the progress adjustment operation.
In one embodiment, the progress prompt information generating module is further included, and is used for determining the target progress of the first progress indicator according to the progress adjustment instruction when the progress adjustment instruction for the target media is obtained; determining a progress interval distance between the target progress and the playing progress of the target media; and when the progress interval distance is smaller than the distance threshold, generating progress prompt information of the target progress according to the progress position relation between the target progress and the playing progress of the target media.
In one embodiment, the system further comprises a fine-tuning area parameter determining module, a fine-tuning area parameter processing module and a playing progress updating module; wherein: the fine-tuning area parameter determining module is used for determining fine-tuning area parameters when detecting that a first progress indicator in a playing progress control of the target media indicates a first progress and a progress fine-tuning trigger instruction is obtained; the fine-tuning area parameter processing module is used for generating a progress fine-tuning area comprising a second progress indicator according to the fine-tuning area parameters; and the playing progress updating module is used for determining a second progress according to the progress fine-tuning instruction when the progress fine-tuning instruction is obtained, and updating the playing progress of the target media into the playing progress represented by the second progress.
In one embodiment, the fine tuning area parameter processing module is further configured to determine an indicator parameter and a media segment covering the first progress according to the fine tuning area parameter; determining a progress adjustment range based on the media segment; and generating a progress fine-tuning area according to the progress adjusting range, and generating a second progress indicator in the progress fine-tuning area according to the indicator parameter.
All or part of the modules in the media playing progress control device can be realized by software, hardware and a combination thereof. The modules can be embedded in a hardware form or independent from a processor in the computer device, and can also be stored in a memory in the computer device in a software form, so that the processor can call and execute operations corresponding to the modules.
In one embodiment, a computer device is provided, which may be a terminal, and its internal structure diagram may be as shown in fig. 22. The computer apparatus includes a processor, a memory, an input/output interface, a communication interface, a display unit, and an input device. The processor, the memory and the input/output interface are connected by a system bus, and the communication interface, the display unit and the input device are connected by the input/output interface to the system bus. Wherein the processor of the computer device is configured to provide computing and control capabilities. The memory of the computer device comprises a nonvolatile storage medium and an internal memory. The non-volatile storage medium stores an operating system and a computer program. The internal memory provides an environment for the operation of an operating system and computer programs in the non-volatile storage medium. The input/output interface of the computer device is used for exchanging information between the processor and an external device. The communication interface of the computer device is used for communicating with an external terminal in a wired or wireless manner, and the wireless manner can be realized through WIFI, a mobile cellular network, NFC (near field communication) or other technologies. The computer program is executed by a processor to implement a media play progress control method. The display unit of the computer equipment is used for forming a visual picture, and can be a display screen, a projection device or a virtual reality imaging device, the display screen can be a liquid crystal display screen or an electronic ink display screen, the input device of the computer equipment can be a touch layer covered on the display screen, a key, a track ball or a touch pad arranged on a shell of the computer equipment, and can also be an external keyboard, a touch pad or a mouse and the like.
It will be appreciated by those skilled in the art that the configuration shown in fig. 22 is a block diagram of only a portion of the configuration associated with the present application, and is not intended to limit the computing device to which the present application may be applied, and that a particular computing device may include more or fewer components than shown, or may combine certain components, or have a different arrangement of components.
In one embodiment, a computer device is further provided, which includes a memory and a processor, the memory stores a computer program, and the processor implements the steps of the above method embodiments when executing the computer program.
In an embodiment, a computer-readable storage medium is provided, on which a computer program is stored which, when being executed by a processor, carries out the steps of the above-mentioned method embodiments.
In an embodiment, a computer program product is provided, comprising a computer program which, when being executed by a processor, carries out the steps of the above-mentioned method embodiments.
It should be noted that, the user information (including but not limited to user equipment information, user personal information, etc.) and data (including but not limited to data for analysis, stored data, displayed data, etc.) referred to in the present application are information and data authorized by the user or sufficiently authorized by each party, and the collection, use and processing of the related data need to comply with the relevant laws and regulations and standards of the relevant country and region.
It will be understood by those skilled in the art that all or part of the processes of the methods of the embodiments described above can be implemented by hardware instructions of a computer program, which can be stored in a non-volatile computer-readable storage medium, and when executed, can include the processes of the embodiments of the methods described above. Any reference to memory, database, or other medium used in the embodiments provided herein may include at least one of non-volatile and volatile memory. The nonvolatile Memory may include Read-Only Memory (ROM), magnetic tape, floppy disk, flash Memory, optical Memory, high-density embedded nonvolatile Memory, resistive Random Access Memory (ReRAM), Magnetic Random Access Memory (MRAM), Ferroelectric Random Access Memory (FRAM), Phase Change Memory (PCM), graphene Memory, and the like. Volatile Memory can include Random Access Memory (RAM), external cache Memory, and the like. By way of illustration and not limitation, RAM can take many forms, such as Static Random Access Memory (SRAM) or Dynamic Random Access Memory (DRAM), among others. The databases involved in the embodiments provided herein may include at least one of relational and non-relational databases. The non-relational database may include, but is not limited to, a block chain based distributed database, and the like. The processors referred to in the embodiments provided herein may be general purpose processors, central processing units, graphics processors, digital signal processors, programmable logic devices, quantum computing based data processing logic devices, etc., without limitation.
The technical features of the above embodiments can be arbitrarily combined, and for the sake of brevity, all possible combinations of the technical features in the above embodiments are not described, but should be considered as the scope of the present specification as long as there is no contradiction between the combinations of the technical features.
The above-mentioned embodiments only express several embodiments of the present application, and the description thereof is more specific and detailed, but not construed as limiting the scope of the present application. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the concept of the present application, which falls within the scope of protection of the present application. Therefore, the protection scope of the present application should be subject to the appended claims.
Claims (25)
1. A media playing progress control method is characterized by comprising the following steps:
when a first progress indicator in a playing progress control of the target media indicates a first progress, responding to a progress fine-tuning trigger event, and displaying a progress fine-tuning area comprising a second progress indicator; the progress adjustment range of the second progress indicator is matched with the media segment covering the first progress in the target media;
in response to a progress trimming event for the second progress indicator in the progress trimming area, moving the second progress indicator in the progress trimming area to a second progress; the second progress indicator has a smaller progress adjustment range per unit movement distance than the first progress indicator;
and jumping the playing progress of the target media to the playing progress represented by the second progress.
2. The method of claim 1, wherein displaying a progress fine adjustment region including a second progress indicator comprises:
displaying a progress fine-tuning area comprising a progress fine-tuning control; the progress adjusting range supported by the progress fine-tuning control is matched with the media segment covering the first progress in the target media;
displaying, in the progress fine-tuning control, a second progress indicator indicating the first progress.
3. The method of claim 2, wherein displaying a progress fine adjustment region including a progress fine adjustment control comprises:
displaying a progress fine adjustment area covering the position of the first progress indicator in the playing progress control;
displaying a progress fine-tuning control in the progress fine-tuning area;
displaying, in the progress fine-tuning control, a second progress indicator indicating the first progress, including:
displaying the first progress indicator belonging to the playing progress control as a second progress indicator belonging to the progress fine-tuning control; the second progress indicator indicates the first progress.
4. The method of claim 3, wherein displaying a progress fine control in the progress fine adjustment region comprises:
displaying a progress fine-tuning control formed by a plurality of stripes with different amplitudes in the progress fine-tuning area;
wherein the bar represents an adjustable progress indicated by movement of the second progress indicator in the progress adjustment range; an amplitude of the stripe to characterize a progress-interval distance between the adjustable progress represented by the stripe and the progress indicated by the second progress indicator.
5. The method of claim 2, further comprising:
displaying each adjustable progress indicated by the second progress indicator through movement in the progress fine-tuning control according to a progress display state;
and the progress display state of the adjustable progress is matched with the progress position relation between the adjustable progress and the current playing progress of the target media and the progress indicated by the second progress indicator respectively.
6. The method of claim 1, wherein moving the second progress indicator in the progress fine adjustment region to a second progress in response to a progress fine adjustment event for the second progress indicator in the progress fine adjustment region comprises:
in response to a progress fine-adjustment operation for the second progress indicator in the progress fine-adjustment area, displaying a second progress specified by the progress fine-adjustment operation as a selected state in the progress fine-adjustment area;
moving the second progress indicator to the second progress in the progress fine adjustment area.
7. The method according to claim 6, wherein the displaying a second progress designated by the progress fine adjustment operation as a selected state in the progress fine adjustment region includes:
and displaying progress description information of a second progress specified by the progress fine-tuning operation in a progress information area associated with the progress fine-tuning area.
8. The method of claim 2, further comprising:
responding to the control setting triggering operation, and displaying a control setting area; the control setting area comprises at least one control setting item aiming at the progress fine-tuning control;
responding to the control setting operation of the at least one control setting item, and displaying a control setting result for configuring the progress fine-tuning control according to the control attribute specified by the control setting operation;
the display of a progress-fine adjustment region including a progress-fine adjustment control includes:
and displaying a progress fine-tuning area, and displaying a progress fine-tuning control in the progress fine-tuning area according to the control attribute.
9. The method of claim 8, wherein the control setting item comprises at least one of a distribution position, a display style, an operation mode, a progress adjustment range, or a progress fine adjustment unit of the progress fine adjustment control.
10. The method of claim 1, wherein displaying a progress fine adjustment region including a second progress indicator in response to a progress fine adjustment triggering event when a first progress indicator in the play progress control of the target media indicates a first progress comprises:
in response to a progress adjustment event for the target media, displaying a play progress control including a first progress indicator;
in a case where the first progress indicator indicates a first progress, a progress fine adjustment area including a second progress indicator is displayed in response to a progress fine adjustment trigger event for the first progress.
11. The method of claim 10, wherein displaying a play progress control including a first progress indicator in response to a progress adjustment event for the target media comprises:
in response to a progress adjustment triggering operation for the target media, displaying a play progress control including a first progress indicator;
in response to a progress adjustment operation on the first progress indicator, moving the first progress indicator to a progress specified by the progress adjustment operation.
12. The method of claim 1, further comprising, after the jumping the play progress of the target media to the play progress of the second progress representation, at least one of:
hiding the progress fine-tuning area;
and playing the target media according to the playing progress represented by the second progress.
13. The method of claim 1, further comprising at least one of:
when the progress fine-tuning event acts on the progress moved by the second progress indicator and exceeds the progress tuning range, hiding the progress fine-tuning area;
hiding the progress fine-tuning area in response to a fine-tuning cancellation operation for the target media.
14. The method according to any one of claims 1 to 13, further comprising:
in response to a progress adjustment event for the target media, moving the first progress indicator in the play progress control to a target progress specified by the progress adjustment event;
displaying the progress fine-tuning area including the second progress indicator when a progress interval distance between the target progress and the playing progress of the target media is less than a distance threshold.
15. The method of claim 1, further comprising:
in response to a progress adjustment event for the target media, moving the first progress indicator in the play progress control to a target progress specified by the progress adjustment event;
when the progress interval distance between the target progress and the playing progress of the target media is smaller than a distance threshold, displaying progress prompt information of the target progress;
and the progress prompt information is used for representing the progress position relation between the target progress and the playing progress of the target media.
16. The method of claim 15, wherein when the progress interval distance between the target progress and the playing progress of the target media is smaller than a distance threshold, displaying progress prompt information of the target progress comprises:
when the target progress is at the position of the playing progress of the target media, displaying progress prompt information of the target progress in a first display mode;
and when the target progress is not at the position of the playing progress of the target media and the progress interval distance between the target progress and the playing progress of the target media is smaller than a distance threshold, displaying progress prompt information of the target progress in a second display mode.
17. The method of claim 16, wherein the progress areas in the playing progress control include a played progress area, a to-be-played progress area, and a moving progress area of the first progress indicator under the action of the progress adjustment event;
when the target progress is at the position of the playing progress of the target media, displaying progress prompt information of the target progress in a first display mode, wherein the progress prompt information comprises:
when the target progress is at the position of the playing progress of the target media, displaying progress prompt information of the target progress in a display mode associated with an adjacent progress area; the adjacent progress area comprises a progress area with adjacent positions of the target progress in the playing progress control;
when the target progress is not at the position of the playing progress of the target media and the progress interval distance between the target progress and the playing progress of the target media is smaller than the distance threshold, displaying progress prompt information of the target progress in a second display mode, including:
and when the target progress is not at the position of the playing progress of the target media and the progress interval distance between the target progress and the playing progress of the target media is smaller than a distance threshold, displaying progress prompt information of the target progress in a display mode associated with a progress area where the target progress is located in the playing progress control.
18. The method of claim 15, wherein moving the first progress indicator in the play progress control to a target progress specified by the progress adjustment event in response to the progress adjustment event for the target media comprises:
displaying the playing progress control associated with the target media, wherein the first progress indicator in the playing progress control indicates the playing progress of the target media;
in response to a progress adjustment operation for the first progress indicator, moving the first progress indicator to a target progress specified by the progress adjustment operation.
19. The method of claim 15, further comprising:
when a progress adjustment instruction for the target media is obtained, determining the target progress of the first progress indicator according to the progress adjustment instruction;
determining a progress interval distance between the target progress and the playing progress of the target media;
and when the progress interval distance is smaller than a distance threshold value, generating progress prompt information of the target progress according to a progress position relation between the target progress and the playing progress of the target media.
20. The method of any one of claims 1 to 19, further comprising:
when the first progress indicator in the playing progress control of the target media indicates the first progress and a progress fine-tuning trigger instruction is obtained, determining fine-tuning area parameters;
generating the progress fine-tuning area comprising the second progress indicator according to the fine-tuning area parameters;
and when the progress fine-tuning instruction is obtained, determining the second progress according to the progress fine-tuning instruction, and updating the playing progress of the target media to the playing progress represented by the second progress.
21. The method of claim 20, wherein generating the progress fine-tuning region including the second progress indicator according to the fine-tuning region parameter comprises:
determining an indicator parameter and the media segment covering the first progress according to the fine tuning area parameter;
determining the progress adjustment range based on the media segment;
and generating the progress fine-tuning area according to the progress adjusting range, and generating the second progress indicator in the progress fine-tuning area according to the indicator parameter.
22. A media play progress control apparatus, comprising:
the progress fine-tuning area display module is used for responding to a progress fine-tuning trigger event and displaying a progress fine-tuning area comprising a second progress indicator when the first progress indicator in the playing progress control of the target media indicates a first progress; the progress adjustment range of the second progress indicator is matched with the media segment covering the first progress in the target media;
a progress fine-tuning response module for moving the second progress indicator in the progress fine-tuning area to a second progress in response to a progress fine-tuning event for the second progress indicator in the progress fine-tuning area; the second progress indicator has a smaller progress adjustment range per unit movement distance than the first progress indicator;
and the playing progress jumping module is used for jumping the playing progress of the target media to the playing progress represented by the second progress.
23. A computer device comprising a memory and a processor, the memory storing a computer program, characterized in that the processor, when executing the computer program, implements the steps of the method of any of claims 1 to 21.
24. A computer-readable storage medium, on which a computer program is stored which, when being executed by a processor, carries out the steps of the method according to any one of claims 1 to 21.
25. A computer program product comprising a computer program, characterized in that the computer program realizes the steps of the method of any one of claims 1 to 21 when executed by a processor.
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