CN103886882B - Progress adjusting method and electronic device - Google Patents

Abstract

The invention discloses a progress adjustment method, which is used to solve the technical problem of low adjustment accuracy of electronic equipment in the prior art. The method includes: displaying a progress bar corresponding to the first data; obtaining a sliding input operation for the progress bar; responding to the sliding input operation, according to the corresponding first part of the moving track according to the first unit progress corresponding relationship Control the data content to switch; in the process of responding to the sliding input operation, obtain a voice input information, analyze it, and obtain the corresponding analysis instruction; execute the analysis instruction, according to the sliding input operation corresponding The second part of the moving trajectory controls the data content to switch according to the second unit progress correspondence relationship; wherein, the unit progress of the first unit progress correspondence relationship is greater than the unit progress of the second unit progress correspondence relationship. The invention also discloses electronic equipment for realizing the method.

Description

A progress adjustment method and electronic equipment

technical field

The invention relates to the field of electronic technology, in particular to a progress adjustment method and electronic equipment.

Background technique

Currently, when a user uses an electronic device to watch audio, video and other files, the screen of the electronic device may display a progress bar corresponding to the corresponding audio/video file. For example, if the playback length of a video is 30 minutes, then during the playback of the video, the progress bar in the corresponding playback time bar will change along with the playback time. Usually, the longer the video playback time, the longer the corresponding progress bar, and at a certain moment of playback, the end position of the progress bar corresponds to the current playback moment of the video, so you can watch the video by watching The length of the progress bar in the playback time bar of the video determines the progress of the current video playback, and even the current playback moment can be determined by the end point of the progress bar, so the user can quickly and easily understand the current playback progress, and Users can also control the playback of the video by dragging the progress bar, such as forward or backward.

But in the actual viewing process, when the user controls the playback time by dragging the progress bar, since the length of the playback time bar where the progress bar is located is limited, the unit adjustment time corresponding to the playback time bar is also longer, for example, the physical scale 1cm means that the adjustment time is 5 minutes. Therefore, when the user controls the forward or backward of the current playback screen by dragging the progress bar, the time interval of forward or backward is often too large and difficult to control, thus missing what the user wants. Repeated viewing or searching of playing clips or pictures requires the user to drag and adjust repeatedly, which is a cumbersome process and increases the burden on electronic equipment. Therefore, the electronic equipment in the prior art has the technical problem that the adjustment effect is relatively poor.

Contents of the invention

The embodiment of the present invention provides a progress adjustment method, which solves the technical problem of poor adjustment effect of the electronic device in the prior art, and improves the flexibility of the adjustment mode of the progress bar in the electronic device.

A progress adjustment method, applied to an electronic device, the electronic device includes a display unit, and the data content corresponding to the first data is output in the display unit in time order, and the method includes:

Displaying a progress bar corresponding to the first data in the display unit, the length of the progress bar is less than or equal to the length of the first side of the display unit;

Obtaining a sliding input operation for the progress bar; wherein, the process of obtaining the sliding input operation includes:

In response to the sliding input operation, control the data content of the first data to switch according to the first unit progress corresponding relationship according to the first part of the movement trajectory corresponding to the sliding input operation;

In the process of responding to the sliding input operation, a voice input information is obtained, the voice input information is analyzed by a voice recognition engine, and a corresponding analysis instruction is obtained according to the analysis result;

Executing the parsing instruction, controlling the data content of the first data to switch according to the second unit progress corresponding relationship according to the second part of the movement trajectory corresponding to the sliding input operation; wherein, the unit of the first unit progress corresponding relationship The progress is greater than the unit progress of the second unit progress correspondence relationship, and the second part of the moving track is a track corresponding to the sliding input operation acquired in real time after the voice input information is acquired.

Preferably, the executing the parsing instruction, controlling the data content of the first data to switch according to the second unit progress corresponding relationship according to the second part of the movement trajectory corresponding to the sliding input operation, includes:

switching the correspondence between the progress bar and the unit progress from the first unit progress correspondence to the second unit progress correspondence;

The trajectory corresponding to the sliding input operation obtained in real time after the voice input information is obtained is used as the second part of the movement trajectory, and the first part of the movement trajectory is controlled according to the second unit progress correspondence relationship according to the second part of the movement trajectory. The data content of the data is switched.

Preferably, the execution of the parsing instruction also includes:

According to the first part of the moving track, it is determined that the progress indicator of the progress bar is in the Nth first unit progress among the M first unit progress; wherein, when the corresponding relationship between the progress bar and the unit progress is the When describing the corresponding relationship of the first unit progress, the progress bar corresponds to a total of M first unit progress, N is a positive integer not greater than M, and M is a positive integer;

controlling the progress bar to extend in a specific direction based on the progress indicator, and the extended part of the progress bar corresponds to the second unit progress, and the non-extended part of the progress bar corresponds to the first unit progress Correspondence corresponds.

Preferably, the progress bar is controlled to extend in a specific direction based on the progress sign, and the extended part of the progress bar corresponds to the second unit progress correspondence, and the non-extended part of the progress bar corresponds to the progress of the progress bar. After corresponding to the progress relationship of the first unit, it also includes:

When the progress indicator is moved from the extended part to the non-extended part through the sliding input operation, determine the movement track of the third part corresponding to the sliding input operation in the extended part, and move the After the progress mark moves out of the extension part, the data content of the first data is controlled to be switched according to the first unit progress corresponding relationship according to the third part of the moving track.

Preferably, after the voice input information is obtained, the trajectory corresponding to the sliding input operation obtained in real time is used as the second part of the movement trajectory, and according to the second part of the movement trajectory according to the second unit progress correspondence After controlling the switching of the data content of the first data, the method further includes:

Detecting and obtaining a fourth part of the movement track corresponding to the sliding input operation, the fourth part of the movement track is in the non-extended part of the progress bar;

The data content of the first data is controlled to be switched according to the first unit progress correspondence.

An electronic device, comprising a display unit, in which the data content corresponding to the first data is output in chronological order, and the electronic device further comprises:

an operating unit, configured to display a progress bar corresponding to the first data on the display unit, the length of the progress bar being not greater than the length of the first side of the display unit;

a first acquiring unit, configured to acquire a sliding input operation for the progress bar;

Wherein, the electronic device further includes a response unit, a second acquisition unit and an execution unit;

In the process of obtaining said sliding input operation:

The response unit is configured to respond to the sliding input operation, and control the data content of the first data to switch according to the first unit progress corresponding relationship according to the first part of the movement trajectory corresponding to the sliding input operation;

The second obtaining unit is configured to obtain a voice input information during the process of responding to the sliding input operation, analyze the voice input information through a voice recognition engine, and obtain a corresponding analysis instruction according to the analysis result;

The execution unit is used to execute the parsing instruction, and control the data content of the first data to switch according to the second unit progress corresponding relationship according to the second part of the movement track corresponding to the sliding input operation; wherein, the first The unit progress of the unit progress corresponding relationship is greater than the unit progress of the second unit progress corresponding relationship, and the second part of the moving track is a track corresponding to the sliding input operation acquired in real time after the voice input information is acquired.

Preferably, the execution unit is specifically used for:

switching the corresponding relationship between the progress bar and the unit progress from the first unit progress corresponding relationship to the second unit progress corresponding relationship; obtaining the track corresponding to the sliding input operation obtained in real time after the voice input information is obtained As the second part of the movement track, the data content of the first data is controlled to be switched according to the second unit progress correspondence relationship according to the second part of the movement track.

Preferably, the execution unit is further configured to: according to the first part of the movement track, determine that the progress indicator of the progress bar is in the Nth first unit progress among the M first unit progress; wherein, when When the corresponding relationship between the progress bar and the unit progress is the corresponding relationship between the first unit progress, the progress bar corresponds to M first unit progress, N is a positive integer not greater than M, and M is a positive integer; control The progress bar extends in a specific direction based on the progress indicator, and the extended part of the progress bar corresponds to the second unit progress correspondence, and the non-extended part of the progress bar corresponds to the first unit progress Relationship corresponds.

Preferably, the execution unit is further configured to: when the progress indicator is moved from the extension part to the non-extension part by the slide input operation, determine that the slide input operation is in the extension part corresponding to the third part of the movement track, and after the progress indicator is moved out of the extension part, the data content of the first data is controlled to switch according to the first unit progress corresponding relationship according to the third part of the movement track .

Preferably, the electronic device further includes a control unit, configured to detect and obtain a fourth part of the movement track corresponding to the sliding input operation, the fourth part of the movement track is in the non-extended part of the progress bar; control the The data content of the first data is switched according to the corresponding relationship of the first unit progress. In the embodiment of the present invention, since the progress bar corresponds to the first data, and when the sliding input operation operates on the progress bar, according to the corresponding first part of the moving track, the first The unit progress correspondence controls the data content of the first data to be switched, and at this time, the data content can be switched with the unit progress related to the first unit progress correspondence. In the process of responding to the sliding input operation, if the voice input information is obtained, the parsing instruction can be obtained according to the voice input information, so as to control the second part of the moving track corresponding to the sliding operation input The data content of the first data is controlled to be switched according to the corresponding relationship of the second unit progress, that is, the corresponding movement trajectories of the sliding input operation before and after the voice input information may respectively correspond to different unit progress. Since the unit progress of the first unit progress correspondence is greater than the unit progress of the second unit progress correspondence, when the switching of the data content is controlled according to the unit progress of the second unit progress correspondence, the data The switching progress of the content will be smaller than the switching progress according to the unit progress of the first unit progress corresponding relationship, so that during the process of dragging the progress bar, the time interval for switching the data content is relatively small, which improves the accuracy of adjustment . Therefore, when the user adjusts the progress bar, the switching of the corresponding relationship between the progress bar and the unit progress can be controlled through the voice input information, thereby changing the unit progress corresponding to the moving track, enhancing the accuracy of the adjustment, and making the electronic The adjustment effect of the device is better, and because the adjustment accuracy is higher, the number of adjustments required by the user is less, which improves the user experience and reduces the burden on the electronic device.

Description of drawings

Fig. 1 is the main flowchart of the progress adjustment method in the embodiment of the present invention;

FIG. 2 is a flow chart of obtaining a sliding input operation in an embodiment of the present invention;

3A-3B are schematic diagrams of the corresponding relationship between the progress bar and the unit progress in the embodiment of the present invention;

FIG. 4 is a schematic diagram of the main structure of an electronic device in an embodiment of the present invention;

FIG. 5 is a first structural schematic diagram of an electronic device in an embodiment of the present invention;

FIG. 6 is a second schematic diagram of the structure of the electronic device in the embodiment of the present invention.

detailed description

A progress adjustment method, which is applied to an electronic device, and the electronic device includes a display unit, and the data content corresponding to the first data is output in the display unit in time order, and the method includes: displaying on the display unit A progress bar corresponding to the first data is displayed in , the length of the progress bar is approximately the same as the first side of the display unit; a sliding input operation for the progress bar is obtained; wherein, after obtaining the sliding input The operation process includes: responding to the sliding input operation, controlling the data content of the first data to switch according to the first unit progress corresponding relationship according to the first part of the movement track corresponding to the sliding input operation; in response to the sliding input In the process of operation, a voice input information is obtained, the voice input information is analyzed by a voice recognition engine, and a corresponding analysis instruction is obtained according to the analysis result; the analysis instruction is executed, and the second part corresponding to the sliding input operation is The movement trajectory controls the data content of the first data to switch according to the second unit progress correspondence relationship; wherein, the unit progress of the first unit progress correspondence relationship is greater than the unit progress of the second unit progress correspondence relationship.

In the embodiment of the present invention, since the progress bar corresponds to the first data, and when the sliding input operation operates on the progress bar, according to the corresponding first part of the moving track, the first The unit progress correspondence controls the data content of the first data to be switched, and at this time, the data content can be switched with the unit progress related to the first unit progress correspondence. In the process of responding to the sliding input operation, if the voice input information is obtained, the parsing instruction can be obtained according to the voice input information, so as to control the second part of the moving track corresponding to the sliding operation input The data content of the first data is controlled to be switched according to the corresponding relationship of the second unit progress, that is, the corresponding movement trajectories of the sliding input operation before and after the voice input information may respectively correspond to different unit progress. Since the unit progress of the first unit progress correspondence is greater than the unit progress of the second unit progress correspondence, when the switching of the data content is controlled according to the unit progress of the second unit progress correspondence, the data The switching progress of the content will be smaller than the switching progress according to the unit progress of the first unit progress corresponding relationship, so that during the process of dragging the progress bar, the time interval for switching the data content is relatively small, which improves the accuracy of adjustment . Therefore, when the user adjusts the progress bar, the switching of the corresponding relationship between the progress bar and the unit progress can be controlled through the voice input information, thereby changing the unit progress corresponding to the moving track, enhancing the accuracy of the adjustment, and making the electronic The adjustment effect of the device is better, and because the adjustment accuracy is higher, the number of adjustments required by the user is less, which improves the user experience and reduces the burden on the electronic device.

Please refer to FIG. 1 , an embodiment of the present invention provides a progress adjustment method, which is applied to an electronic device, and the electronic device includes a display unit, in which the data content corresponding to the first data is output in chronological order, The method may include the steps of:

Step 11: Displaying a progress bar corresponding to the first data on the display unit, the length of the progress bar being approximately the same as the first side of the display unit.

In the embodiment of the present invention, the first data may be media files that can be played or displayed in time sequence. Such as video files, audio files, dynamic images, etc. Therefore, the data content of the first data may be the media content corresponding to the media file, such as played video data, audio data, and the like.

In the embodiment of the present invention, when the data content is output in chronological order through the display unit, the display unit may also display the progress bar, and the progress bar may be related to the playing time corresponding to the data content status bar. For example, different positions on the progress bar correspond to different playing moments of the first data, so that the data content corresponding to the first data can be determined by dragging the progress bar. Therefore, through the progress bar, the user can clearly understand the current playing progress of the first data.

Preferably, in the embodiment of the present invention, the first side of the display unit may refer to the horizontal side of the display unit observed by the user when the electronic device is in a standing state. Generally speaking, when the display unit displays the data content, the length of the corresponding progress bar will not be greater than the length of the first side of the display unit. Preferably, the length of the progress bar may be approximately the same as the length of the first side. For example, when the display unit displays the data content corresponding to the first data in full screen, the width of the display screen corresponding to the data content may be approximately equal to the length of the first side. At this time, since the progress bar is at the maximum length, that is, the length of the progress bar can be approximately equal to the width of the display screen, so the length of the progress bar is also approximately equal to the first side of the display unit, Therefore, a user can be provided with a larger operating area, so that the user can conveniently operate the progress bar on the display unit. For example, a drag operation.

Step 12: Obtain a sliding input operation for the progress bar.

In the embodiment of the present invention, the sliding input operation may be a dragging operation performed on the progress bar. For example, the sliding input operation may be an operation of dragging an end point of the progress bar, so that the length of the progress bar may be changed.

Preferably, in the embodiment of the present invention, the sliding input operation may be an operation performed on the progress bar through an operating body. For example, when the electronic device is a tablet computer or a mobile phone, the user may use a finger to drag the The progress bar in the screen is displayed, so as to perform the sliding input operation. Or this operation can also be performed in other ways. For example, when the electronic device is a notebook, the user may drag the progress bar through an operating body such as a mouse or a touch pad.

Specifically, please refer to FIG. 2 , the process of obtaining the sliding input operation may include the following steps:

Step 201: In response to the sliding input operation, control the data content of the first data to switch according to the first unit progress corresponding relationship according to the first part of the movement track corresponding to the sliding input operation.

In the embodiment of the present invention, when it is determined that the sliding input operation exists, the electronic device may obtain operation information corresponding to the sliding input operation, so as to respond to the sliding input operation according to the operation information.

Preferably, in the embodiment of the present invention, the first part of the movement track may refer to a track corresponding to the slide input operation sliding in the progress bar. For example, when the sliding input operation drags the progress bar straight forward for a distance of 2 cm, the electronic device may determine that the corresponding first part of the moving track is a straight line moving track with a length of 2 cm and a forward direction. The forward mentioned in the embodiment of the present invention may refer to the direction moving from the back to the front according to the playing time order, that is, the operating direction to reverse the playing time of the data content.

Preferably, since the progress bar corresponds to the first data, when obtaining the sliding input operation and the first part of the moving track, the data content of the first data can be controlled to be in accordance with the first unit The progress corresponding relationship is switched.

Wherein, the first unit progress correspondence may be a correspondence between the progress bar and progress units determined according to the total playing time of the data content. For example, when the time length of the first data corresponding to the progress bar is 30 minutes, the progress bar can be evenly divided into a plurality of unit progress, where the unit progress can be the concept of physical length, each unit length The corresponding sub-playing durations are all the same, and each unit progress can have data content with a preset duration in the first data, so that different unit progress can control the switching rate of the data content. For example, if the unit progress of the progress bar is relatively large, when the sliding input operation is performed on the progress bar, the switching rate of the data content will be relatively large, that is, the first time sequence played in chronological order. The data content corresponding to the data will have a large time jump.

For example, if the slide input operation is performed on the progress bar when the playback time is the first moment, and the first part of the moving track corresponding to the slide input operation is a straight line track of 1 cm, then the data output at this time The playing time corresponding to the content may be switched from the first time to the second time, for example, the first playing picture corresponding to the 5th minute before will be switched to the second playing picture corresponding to the 10th minute. If 1cm is one unit of progress at this time, the playback time corresponding to one unit of progress at this time is 5 minutes.

Therefore, in the above adjustment process, the corresponding movement trajectory can be determined by obtaining the sliding input operation to control the corresponding switching of the data content according to the preset unit progress, so the playback of the first data can be adjusted more conveniently. time.

Step 202: In the process of responding to the sliding input operation, obtain voice input information, analyze the voice input information through a voice recognition engine, and obtain a corresponding analysis instruction according to the analysis result.

In the embodiment of the present invention, the speech recognition engine may be used to recognize and analyze the speech input information to obtain the parsing result, and the electronic device may obtain the corresponding parsing instruction according to the parsing result. For example, the manner in which the electronic device acquires the parsing instruction may be to generate the parsing instruction according to the parsing result.

In the embodiment of the present invention, the voice input information may be voice information input by the user to the electronic device through a voice input system, and the electronic device may determine the parsing instruction according to the voice input information. Wherein, the parsing instruction may be an instruction that can be used to realize the content corresponding to the voice input information, such as controlling the switching rate of the data content.

Preferably, in the embodiment of the present invention, during the process of the electronic device responding to the sliding input operation, that is, the data content is controlled to be switched according to the first part of the movement track according to the first unit progress correspondence. During the process, if the voice input information exists, the electronic device may obtain the parsing instruction corresponding to the voice input information, so as to perform corresponding operations by executing the parsing instruction. Therefore, when the user performs the sliding input operation on the progress bar, he can simultaneously perform the voice input operation on it. It can be seen that the electronic device can perform parallel processing and has higher work efficiency.

Step 203: Execute the parsing instruction, and control the data content of the first data to switch according to the second unit progress corresponding relationship according to the second part of the movement trajectory corresponding to the sliding input operation; wherein, the first unit progress corresponds to The unit progress of the relationship is greater than the unit progress of the corresponding relation of the second unit progress.

In the embodiment of the present invention, step 203 may specifically include two processes.

Wherein, the first process is: when the voice input information is obtained, the correspondence between the progress bar and the unit progress is switched from the first unit progress correspondence to the second unit progress correspondence. That is, during the sliding operation, if the user performs voice input, the electronic device can quickly switch the correspondence between the progress bar and the unit progress according to the voice input information.

The second process is: after the voice input information is obtained, the trajectory corresponding to the sliding input operation obtained in real time is used as the second part of the movement trajectory, and according to the second part of the movement trajectory, it corresponds to the second unit progress The relationship controls the data content of the first data to be switched.

Since the corresponding relationship between the progress bar and the unit progress has changed when the voice input information is obtained, after the electronic device obtains the voice input information, it can be controlled according to the determined second part of the moving track. The data content is switched according to the corresponding relationship of the second unit progress. Wherein, when the correspondence between the progress bar and the unit progress is the second unit progress correspondence, the physical scale can be used to indicate that the progress bar has multiple corresponding unit progress, and each unit progress is in the The first duration corresponding to the first data may be shorter than the second duration corresponding to the unit progress in the first data corresponding to the first unit progress, so the time interval for switching the data content within the unit progress Relatively short, so that it is convenient for the user to fine-tune the progress bar.

In the embodiment of the present invention, the execution of the parsing instruction may further include: according to the first part of the movement track, determining that the progress indicator of the progress bar is in the Nth first unit progress among the M first units. Unit progress; wherein, when the corresponding relationship between the progress bar and the unit progress is the corresponding relationship between the first unit progress, the progress bar corresponds to a total of M first unit progress, and N is a positive integer not greater than M, M is a positive integer; control the progress bar to extend in a specific direction based on the progress mark, and the extended part of the progress bar corresponds to the second unit progress correspondence, and the non-extended part of the progress bar corresponds to the progress Correspond to the corresponding relationship of the progress of the first unit.

In the embodiment of the present invention, the specific direction may refer to the forward or backward direction in the horizontal direction starting from the progress mark, wherein the backward direction is opposite to the forward direction , may refer to the direction of advancing from the front to the back according to the playing time order, that is, the direction of controlling the playing time of the data content to advance. The horizontal direction may refer to the direction where the progress bar is located. For example, the direction from the position of the progress indicator to the starting endpoint of the progress bar may be the first specific direction, that is, the forward direction.

Wherein, the progress indicator may be an end point of the progress bar, and the position of the end point may determine the data content displayed at a corresponding moment in the first data. Or it can also be said that the time scale corresponding to the progress mark can be the time scale corresponding to the position of the currently displayed data content in the progress bar, and the time scale of the progress bar can be changed by dragging the progress mark. Length, so as to correspondingly switch the data content displayed in the display unit.

Preferably, in the embodiment of the present invention, when the sliding input operation is performed during the sliding operation of the progress bar, if the parsing operation is obtained, it can be determined according to the first part of the movement track that the progress indicator is at The progress position of the M first unit progress, that is, the Nth first unit progress.

Preferably, in the embodiment of the present invention, when the electronic device controls the progress bar to extend in a specific direction based on the progress mark, it may specifically be: based on the Nth unit where the progress mark is located The progress extends the unit length of the progress bar corresponding to the preset number of unit progress according to a specific direction, so as to form an extended part of the progress bar.

For example, referring to FIG. 3A, the number 31 represents the progress bar, the dotted line segment in the progress bar represents the progress of the first unit numbered a-h included in the progress bar, and the number 32 represents the progress identification, The progress indicator is in the first unit progress numbered d. If the preset number of unit progress is 3, when the progress bar is extended, it can be the first unit numbered d to control the progress bar. The unit progress is the starting point, backward (i.e. towards the direction of the first unit progress numbered e-g) and/or forward (i.e. towards the direction of the first unit progress numbered a-c) to the first unit numbered d The progress and its adjacent three first unit progress are extended by the corresponding unit length in the progress bar. Please refer to FIG. 3B , the number 31 still represents the progress bar, and the number 32 still represents the progress mark, which shows that when the progress mark is dragged, the progress bar extends backward. Wherein, the progress of the first unit numbered d-g is extended in the corresponding area of the progress bar. Comparing Figures 3A and 3B, it can be seen that the first unit progress numbered d-g in Figure 3B occupies a longer area in the progress bar, that is, the extension part is formed, and the extension part and the second unit progress If the corresponding relationship is corresponding, then the extension part and the non-extension part may exist in the progress bar at the same time.

Preferably, in the embodiment of the present invention, when the progress bar is controlled to extend in a specific direction based on the progress mark, and the extension part of the progress bar corresponds to the second unit progress correspondence, the progress bar After the upper non-extended part corresponds to the first unit progress relationship, it may further include: when the progress indicator is moved from the extended part to the non-extended part through the sliding input operation, determining the sliding input operation The corresponding third part of the movement track in the extension part, and after the progress indicator is moved out of the extension part, control the first unit progress according to the third part of the movement track according to the corresponding relationship of the first unit progress. The data content of the data is switched.

That is, after the parsing instruction is executed, the progress bar may contain both the extended part and the non-extended part, then when the user moves the progress indicator from the extended part to the non-extended part through the sliding input operation When the non-extended part is mentioned, the electronic device may determine that the sliding input operation moves the operation track in the third part of the extended part, so that when the progress indicator is not in the extended part, it may, according to the The third part of the moving operation track controls the data content of the first data to switch according to the corresponding relationship of the first unit progress, that is, at this time, the extension part in the progress bar will change from the extended state to the non-extended state, that is, at this time The whole of the progress bar is a non-extended part, so that the extended part is more flexible and easy to adjust when the user is dragging the progress indicator.

Preferably, in the embodiment of the present invention, the track corresponding to the sliding input operation obtained in real time after the voice input information is obtained is used as the second part of the moving track, and according to the second part of the moving track according to the After the second unit progress correspondence controls the switching of the data content of the first data, the method may further include: detecting and obtaining a third part of the movement trajectory corresponding to the sliding input operation, and the third part of the movement trajectory is in the the non-extended part of the progress bar; control the data content of the first data to be switched according to the corresponding relationship of the first unit progress.

Wherein, the third part of the moving track may be the corresponding moving track when the sliding input operation is in the non-extended part, or the third part of the moving track may be when the sliding input operation is on the During the operation of the extended part, after executing the parsing instruction corresponding to another acquired voice input information, the extended part becomes the corresponding movement track determined when the non-extended part. For example, another voice input information can be "quick", then the extended part will switch the corresponding relationship according to the voice input information and become the non-extended part, so that the third part can be determined according to the sliding input operation The moving track is used to control the data content of the first data to be switched according to the corresponding relationship of the first unit progress with the larger unit progress. Therefore, during the user's sliding input operation, the corresponding relationship between the progress bar and the unit progress can be switched more flexibly, the switching of the data content can be better controlled, and the user's experience is improved.

Please refer to FIG. 4 , based on the same inventive concept, an embodiment of the present invention provides an electronic device, the electronic device includes a display unit, and the display unit outputs the data content corresponding to the first data in chronological order, the The electronic device may include an operating unit 401 and a first acquiring unit 402 .

The operation unit 401 may be configured to display a progress bar corresponding to the first data on the display unit, and the length of the progress bar is not greater than the first side of the display unit.

The first acquiring unit 402 may be configured to acquire a sliding input operation for the progress bar.

Preferably, the electronic device may further include a response unit 403 , a second acquisition unit 404 and an execution unit 405 . See Figure 5.

In the embodiment of the present invention, in the process of obtaining the sliding input operation:

The response unit 403 may be configured to respond to the sliding input operation, and control the data content of the first data to switch according to the first unit progress corresponding relationship according to the first part of the movement track corresponding to the sliding input operation.

The second obtaining unit 404 may be configured to obtain voice input information during the process of responding to the sliding input operation, analyze the voice input information through a voice recognition engine, and obtain a corresponding analysis instruction according to the analysis result.

The execution unit 405 may be configured to execute the parsing instruction, and control the data content of the first data to switch according to the second unit progress corresponding relationship according to the second part of the movement trajectory corresponding to the sliding input operation; wherein, the The unit progress of the first unit progress corresponding relationship is greater than the unit progress of the second unit progress corresponding relationship.

Preferably, the execution unit 405 is specifically configured to switch the correspondence between the progress bar and the unit progress from the first unit progress correspondence to the second unit progress correspondence; to obtain the voice input information Afterwards, the trajectory corresponding to the sliding input operation obtained in real time is used as the second part of the movement trajectory, and the data content of the first data is controlled to switch according to the second unit progress correspondence relationship according to the second part of the movement trajectory.

Preferably, the execution unit 405 can also be configured to: according to the first part of the movement track, determine that the progress indicator of the progress bar is in the Nth first unit progress among the M first unit progress; wherein , when the corresponding relationship between the progress bar and the unit progress is the corresponding relationship between the first unit progress, the progress bar corresponds to M first unit progress, N is a positive integer not greater than M, and M is a positive integer ; Control the progress bar to extend in a specific direction based on the progress mark, and the extended part of the progress bar corresponds to the progress of the second unit, and the non-extended part of the progress bar corresponds to the first unit The progress corresponds to the corresponding relationship.

Preferably, the executing unit 405 can also be configured to: when the progress indicator is moved from the extended part to the non-extended part by the sliding input operation, determine that the sliding input operation is in the extended part The corresponding third part of the movement track, and after moving the progress indicator to the extension part, control the data content of the first data according to the first unit progress corresponding relationship according to the third part of the movement track to switch.

Preferably, the electronic device may further include a control unit 501 . See Figure 6.

The control unit 501 may be configured to detect and obtain a fourth part of the movement track corresponding to the sliding input operation, the fourth part of the movement track is in the non-extended part of the progress bar; control the data content of the first data according to The first unit progress is switched according to the relationship.

The progress adjustment method in the embodiment of the present invention is applied to an electronic device, and the electronic device includes a display unit, and the data content corresponding to the first data is output in the display unit in time order, and the method includes: A progress bar corresponding to the first data is displayed on the display unit, the length of the progress bar is approximately the same as the first side of the display unit; a sliding input operation for the progress bar is obtained; wherein, after obtaining The process of the sliding input operation includes: responding to the sliding input operation, controlling the data content of the first data to switch according to the first unit progress corresponding relationship according to the first part of the movement trajectory corresponding to the sliding input operation; In the process of the sliding input operation, a voice input information is obtained, and the voice input information is analyzed by a voice recognition engine, and a corresponding analysis instruction is obtained according to the analysis result; the analysis instruction is executed, and corresponding to the sliding input operation Control the data content of the first data to switch according to the second unit progress corresponding relationship; wherein, the unit progress of the first unit progress corresponding relationship is greater than the unit progress of the second unit progress corresponding relationship .

In the embodiment of the present invention, since the progress bar corresponds to the first data, and when the sliding input operation operates on the progress bar, according to the corresponding first part of the moving track, the first The unit progress correspondence controls the data content of the first data to be switched, and at this time, the data content can be switched with the unit progress related to the first unit progress correspondence. In the process of responding to the sliding input operation, if the voice input information is obtained, the parsing instruction can be obtained according to the voice input information, so as to control the second part of the moving track corresponding to the sliding operation input The data content of the first data is controlled to be switched according to the corresponding relationship of the second unit progress, that is, the corresponding movement trajectories of the sliding input operation before and after the voice input information may respectively correspond to different unit progress. Since the unit progress of the first unit progress correspondence is greater than the unit progress of the second unit progress correspondence, when the switching of the data content is controlled according to the unit progress of the second unit progress correspondence, the data The switching progress of the content will be smaller than the switching progress according to the unit progress of the first unit progress corresponding relationship, so that during the process of dragging the progress bar, the time interval for switching the data content is relatively small, which improves the accuracy of adjustment . Therefore, when the user adjusts the progress bar, the switching of the corresponding relationship between the progress bar and the unit progress can be controlled through the voice input information, thereby changing the unit progress corresponding to the moving track, enhancing the accuracy of the adjustment, and making the electronic The adjustment effect of the device is better, and because the adjustment accuracy is higher, the number of adjustments required by the user is less, which improves the user experience and reduces the burden on the electronic device.

Specifically, the computer program instructions corresponding to the progress adjustment method in the embodiment of the present application can be stored on a storage medium such as an optical disk, a hard disk, or a USB flash drive. When the computer program instructions corresponding to the progress adjustment method in the storage medium are stored in an electronic When the device is read or executed, it includes the following steps:

displaying in the display unit a progress bar corresponding to the first data, the length of the progress bar being approximately the same as the first side of the display unit;

Obtaining a sliding input operation for the progress bar; wherein, the process of obtaining the sliding input operation includes:

In response to the sliding input operation, control the data content of the first data to switch according to the first unit progress corresponding relationship according to the first part of the movement trajectory corresponding to the sliding input operation;

In the process of responding to the sliding input operation, a voice input information is obtained, the voice input information is analyzed by a voice recognition engine, and a corresponding analysis instruction is obtained according to the analysis result;

Executing the parsing instruction, controlling the data content of the first data to switch according to the second unit progress corresponding relationship according to the second part of the movement trajectory corresponding to the sliding input operation; wherein, the unit of the first unit progress corresponding relationship The progress is greater than the unit progress of the second unit progress corresponding relationship.

Optionally, the AND step stored in the storage medium: execute the parsing instruction, and control the data content of the first data according to the second unit progress corresponding relationship according to the second part of the movement trajectory corresponding to the sliding input operation. During the execution of the computer instruction corresponding to the switch, the following steps are specifically included: switching the correspondence between the progress bar and the unit progress from the first unit progress correspondence to the second unit progress correspondence; to obtain the The trajectory corresponding to the sliding input operation obtained in real time after the voice input information is used as the second part of the movement trajectory, and the data content of the first data is controlled according to the second unit progress correspondence according to the second part of the movement trajectory to switch.

Optionally, during the execution of the computer instructions stored in the storage medium and corresponding to the step of executing the parsing instruction, the following steps are specifically included: according to the first part of the movement trajectory, it is determined that the progress indicator of the progress bar is at The Nth first unit progress among the M first unit progresses; wherein, when the corresponding relationship between the progress bar and the unit progress is the corresponding relationship between the first unit progress, the progress bar corresponds to a total of M progress of a first unit, N is a positive integer not greater than M, and M is a positive integer; the progress bar is controlled to extend in a specific direction based on the progress mark, and the extended part of the progress bar is consistent with the second unit Corresponding to the progress correspondence, the non-extended part of the progress bar corresponds to the first unit progress correspondence.

Optionally, some other computer instructions are also stored in the storage medium, and these computer instructions are in the step of: controlling the progress bar to extend in a specific direction based on the progress mark, and the extension part of the progress bar is connected to the Corresponding to the second unit progress relationship, the non-extended part of the progress bar is executed after corresponding to the first unit progress relationship, and the execution includes the following steps: when the progress bar is moved through the sliding input operation When the indicator moves from the extension part to the non-extension part, determine the movement track of the third part corresponding to the sliding input operation in the extension part, and after the progress indicator is moved out of the extension part, according to the The third part of the moving trajectory controls the data content of the first data to switch according to the first unit progress correspondence.

Optionally, some other computer instructions are also stored in the storage medium, and these computer instructions take the track corresponding to the sliding input operation acquired in real time after obtaining the voice input information as the second part The movement trajectory is executed after controlling the data content of the first data to switch according to the second unit progress corresponding relationship according to the second part of the movement trajectory, and the execution includes the following steps:

Detecting and obtaining a third part of the movement track corresponding to the sliding input operation, the third part of the movement track is in the non-extended part of the progress bar;

The data content of the first data is controlled to be switched according to the first unit progress correspondence.

Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if these modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalent technologies, the present invention also intends to include these modifications and variations.

Claims (10)

1. a kind of progress adjusting method, is applied to an electronic equipment, and the electronic equipment includes a display unit, in the display The data content corresponding to the first data is exported in unit sequentially in time, methods described includes：

Progress bar corresponding with first data is shown in the display unit, the length of the progress bar is less than or equal to institute State the length on the first side of display unit；

Obtain and slidably input operation for the progress bar；

Wherein, include during operation is slidably inputed described in obtaining：

Operation is slidably inputed described in response, according to the corresponding Part I motion track of operation that slidably inputs according to the first list Position progress corresponding relation controls the data content of first data to switch over；

During operation is slidably inputed described in response, a speech input information is obtained, by speech recognition engine to described Speech input information is parsed, and corresponding analysis instruction is obtained according to analysis result；

The analysis instruction is performed, is entered according to the second unit according to the corresponding Part II motion track of operation that slidably inputs Degree corresponding relation controls the data content of first data to switch over；Wherein, the first unit progress corresponding relation More than the unit progress of the second unit progress corresponding relation, Part II motion track is to obtain institute's predicate to unit progress Described the slidably inputing obtained in real time after sound input information operates corresponding track.

2. the method for claim 1, it is characterised in that the execution analysis instruction, slidably inputs according to described Operate corresponding Part II motion track that the data content of first data is controlled according to the second unit progress corresponding relation Switch over, including：

The corresponding relation of the progress bar and unit progress is switched to described second by the first unit progress corresponding relation Unit progress corresponding relation；

Using obtain obtain in real time after the speech input information described in slidably input the corresponding track of operation as described the Two part motion tracks, according to the Part II motion track according to the second unit progress corresponding relation control described the The data content of one data is switched over.

3. method as claimed in claim 2, it is characterised in that the execution analysis instruction, also includes：

According to the Part I motion track, determine the progress mark of the progress bar in M the first unit progress In n-th the first unit progress；Wherein, when the corresponding relation of the progress bar and unit progress is the first unit progress During corresponding relation, altogether to that should have M the first unit progresses, N is the no more than positive integer of M to the progress bar, and M is positive integer；

Control the progress bar be based on the progress mark extended according to specific direction, and the progress bar extension Corresponding with the second unit progress corresponding relation, the non-extended part of the progress bar is corresponding with the first unit progress to close System's correspondence.

4. method as claimed in claim 3, it is characterised in that identified according to spy controlling the progress bar to be based on the progress Determine direction to be extended, and the extension of the progress bar is corresponding with the second unit progress corresponding relation, the progress After non-extended part is answered with the first unit progress relation pair on bar, also include：When by it is described slidably input operation will When progress mark moves to the non-extended part by the extension, slidably input operation and prolong described it is determined that described Corresponding Part III motion track in extending portion point, and after progress mark is removed into the extension, according to institute State Part III motion track is carried out according to the data content of the first unit progress corresponding relation control first data Switching.

5. the method as described in claim 3 or 4, it is characterised in that being obtained in real time after obtaining the speech input information Described the slidably inputing for taking operates corresponding track as the Part II motion track, according to the Part II moving rail After mark controls the data content of first data to switch over according to the second unit progress corresponding relation, methods described Also include：

Detection slidably inputs the corresponding Part IV motion track of operation described in obtaining, and the Part IV motion track is in institute State the non-extended part of progress bar；

The data content of first data is controlled to be switched over according to the first unit progress corresponding relation.

6. a kind of electronic equipment, an including display unit, exports the first data institute right sequentially in time in the display unit The data content answered, the electronic equipment also includes：

Operating unit, for showing progress bar corresponding with first data in the display unit, the progress bar Length is not more than the length on the first side of the display unit；

First acquisition unit, operation is slidably inputed for obtaining for the progress bar；

Wherein, the electronic equipment also includes response unit, second acquisition unit and execution unit；

During operation is slidably inputed described in obtaining：

The response unit be used to responding it is described slidably input operation, slidably input the corresponding Part I shifting of operation according to described Dynamic rail mark controls the data content of first data to switch over according to the first unit progress corresponding relation；

The second acquisition unit is used to during operation is slidably inputed described in response, obtain a speech input information, leads to Cross speech recognition engine to parse the speech input information, corresponding analysis instruction is obtained according to analysis result；

The execution unit is used to perform the analysis instruction, and the corresponding Part II moving rail of operation is slidably inputed according to described Mark controls the data content of first data to switch over according to the second unit progress corresponding relation；Wherein, described first is single The unit progress of the unit progress more than the second unit progress corresponding relation of position progress corresponding relation, the Part II is moved Dynamic rail mark is to slidably input the corresponding track of operation described in acquisition in real time after the speech input information is obtained.

7. electronic equipment as claimed in claim 6, it is characterised in that the execution unit specifically for：By the progress bar Corresponding relation with unit progress switches to the second unit progress corresponding relation by the first unit progress corresponding relation； Using obtain obtain in real time after the speech input information described in slidably input the corresponding track of operation as described second Divide motion track, according to the Part II motion track according to the second unit progress corresponding relation control first number According to data content switch over.

8. electronic equipment as claimed in claim 7, it is characterised in that the execution unit is additionally operable to：According to described first Divide motion track, determine that n-th first unit of the progress mark of the progress bar in M the first unit progress is entered Degree；Wherein, when the corresponding relation of the progress bar and unit progress is the first unit progress corresponding relation, the progress Altogether to that should have M the first unit progresses, N is the no more than positive integer of M to bar, and M is positive integer；The progress bar is controlled to be based on described Progress mark is extended according to specific direction, and the extension of the progress bar and the second unit progress corresponding relation Correspondence, the non-extended part of the progress bar is corresponding with the first unit progress corresponding relation.

9. electronic equipment as claimed in claim 8, it is characterised in that the execution unit is additionally operable to：When by the slip When progress mark is moved to the non-extended part by input operation by the extension, it is determined that described slidably input behaviour Make corresponding Part III motion track in the extension portion, and divide it progress mark is removed into the extension Afterwards, the data of first data are controlled according to the first unit progress corresponding relation according to the Part III motion track Content is switched over.

10. electronic equipment as claimed in claim 9, it is characterised in that the electronic equipment also includes control unit, for examining Survey and the corresponding Part IV motion track of operation is slidably inputed described in obtaining, the Part IV motion track is in the progress The non-extended part of bar；The data content of first data is controlled to be cut according to the first unit progress corresponding relation Change.