CN104903961A

CN104903961A - Progress bar precision adjusting device and method, and playing system and terminal

Info

Publication number: CN104903961A
Application number: CN201380068889.0A
Authority: CN
Inventors: 范俊君; 嵇晓声; 徐思伟
Original assignee: Yulong Computer Telecommunication Scientific Shenzhen Co Ltd
Current assignee: Yulong Computer Telecommunication Scientific Shenzhen Co Ltd
Priority date: 2013-09-17
Filing date: 2013-09-17
Publication date: 2015-09-09
Anticipated expiration: 2033-09-17
Also published as: WO2015039288A1; CN104903961B

Abstract

Provided is a progress bar precision adjusting device, comprising: a precision adjustment determining unit for determining a precision adjustment multiplier according to identified operations; and a progress bar processing unit for adjusting the progress bar of a player according to the precision adjustment multiplier. Also provided is a progress bar precision adjusting method. The technical solution of the present invention allows a precision adjustment multiplier to be determined according to user operation, and the precision adjustment multiplier in turn adjusts the playing precision of a progress bar, such that a user can accurately determine the playing time on the adjusted progress bar.

Description

Progress bar precision adjusting device and method, and playing system and terminal

Specification

Progress bar precision adjusting device, method and play system and field of terminal technology

The present invention relates to player technical field, in particular to progress bar precision adjusting device, progress bar precision adjusting method, play system and terminal.Background technology

The progress monitoring of player in terminal is all based on greatly progress bar and is controlled, i.e., adjust playing progress rate by dragging the sliding block on progress bar.

When longer in the time of played file, by way of dragging sliding block on a progress bar, some time point that user is difficult to navigate to played file exactly plays out.Because the sliding block on progress bar typically has Minimum sliding distance, when such as 1 millimeter, i.e. user carry out drag operation to sliding block every time, the Minimum sliding distance of sliding block is 1 millimeter, such as player is playing the video of 180 minutes, and user wants viewing 33:The picture of 40 seconds, estimates the Position Approximate of the picture at the time point on a progress bar, about at 1/6 on a progress bar, then sliding block is dragged at this, then video pictures are switched to 30 first:Commence play out within 00 second, then user continues to drag sliding block backward, and sliding block moves one millimeter, and video pictures are switched to 35:Continue within 00 second to play, in this case, no matter how user drags sliding block in the point, is all difficult to navigate to 33:Position near 40 seconds.The content of the invention

The present invention is based on above mentioned problem, propose a kind of progress bar precision regulation technology, it can determine that precision adjusts multiple according to user's operation, and then precision regulation multiple adjusts the broadcasting precision of progress bar, so as to be accurately determined reproduction time on the progress bar that user can be after adjustment.

In view of this, the present invention proposes a kind of progress bar precision adjusting device, including：Degree of regulation determining unit, for determining that precision adjusts multiple according to the operation recognized；Progress bar processing unit, the progress bar of the player is adjusted for adjusting multiple according to the precision.

In the technical scheme, user is when by player plays file, can specifically it be operated on a player, by the operation for recognizing user, corresponding precision regulation multiple can be obtained, and then multiple is adjusted according to obtained precision, the progress bar of player can accordingly be adjusted, to change the broadcasting precision of progress bar so that user more can accurately adjust reproduction time on a progress bar.

In the above-mentioned technical solutions, it is preferable that the degree of regulation determining unit includes：Recording unit, the positional information of the terminating point for recording the operation；Computing unit, the precision regulation multiple is obtained for calculating the terminating point to the first distance of the first progress bar of the player, and according to first distance and preset multiple.

In the technical scheme, the terminating point and the intrinsic main progress bar of player that can be operated according to user（The first progress bar）Distance and preset multiple determine that precision adjusts multiple, user's operation can be following at least one or its combination：With any point starting point on the player, and using any point beyond first progress bar as the slide of terminating point, with any point starting point on the player, and using clicking operation of any point as terminating point beyond first progress bar.Because preset multiple is set in advance, precision needed for user can be obtained by the terminating point of control operation and the distance of main progress bar adjusts multiple, such as preset multiple is 1 times/centimetre, and first distance be 2 centimetres, then can obtain precision regulation multiple=1 times/li 2 centimetres=2 times of χ of rice, if user's control first is apart from for 3 centimetres, then precision regulation multiple is exactly 3 times, wherein, the formula of precision regulation multiple=distances of preset multiple X first is one embodiment of the application, and user can be arranged as required to precision regulation multiple, preset multiple and the first incidence relation between three.

In the above-mentioned technical solutions, it is preferable that the progress bar processing unit includes：Progress bar generation unit, wherein, the computing unit is additionally operable to obtain the second broadcasting precision with precision regulation multiple according to the first of first progress bar the broadcasting precision；The progress bar generation unit is used to play precision the second progress bar of generation according to described second.

In the technical scheme, it can adjust operation to generate the second progress bar by precision（The new progress bar generated beyond the original progress bar of player）, the precision of the second progress bar and precision adjust the position of the terminating point of operation to the first progress bar (i.e. original progress bar of player）Distance it is related, the precision of the second progress bar is adjusted so as to adjust the position of the terminating point operated by control accuracy, the precision of second progress bar is such as adjusted to four times 3 times of the precision of the first progress bar, user then can accurately adjust the playing progress rate of file on the second progress bar, file is easily adjusted to the play time arrived needed for oneself, wherein, the relation of the broadcasting precision of first progress bar and the broadcasting precision of the second progress bar can be, second broadcasting precision=first plays precision X, and (1+the first apart from X preset multiples）I.e. when the distance of the terminating point that user operates to the first progress bar is 2 centimetres, second, which plays precision=first, plays x3 times of precision, that is the broadcasting precision of the second progress bar is 3 times of the broadcasting precision of the first progress bar, so as to which on the second progress bar, user more accurately can adjust the sliding block on progress bar to determine reproduction time.

In the above-mentioned technical solutions, it is preferable that the progress bar processing unit also includes：Playback time determining unit, wherein, the recording unit is additionally operable to record the positional information of the starting point of the operation；The computing unit is additionally operable to play accuracy computation deviant according to the horizontal range of the terminating point to the starting point and described second；Benchmark reproduction time described in when the playback time determining unit is used to be initiated according to the operation on the first progress bar, determine the reproduction time at the midpoint of second progress bar, and determined to continue reproduction time on second progress bar according to the reproduction time and the deviant at the midpoint of second progress bar, and continue to play from the continuation reproduction time.

In the technical scheme, user can be by the horizontal range of the terminating point of control operation to starting point, to control the time point and the deviant of the reference time point on the first progress bar that continue to play on the second progress bar, the terminating point such as operated to starting point horizontal range be 3 centimetres, obtained from second to play precision be first to play 3 times of precision, first plays precision for 50 seconds/centimetre, so second plays precision for 150 seconds/centimetre, that is 2.5 minutes/centimetre, it is 3 centimetres of x2.5 minute/centimetre=7.5 minute to obtain deviant according to horizontal range and the second broadcasting precision.Also, when user initiate operate when, the time where the first progress bar top shoe be on the basis of reproduction time, such as 52:30, it is determined that continuation reproduction time be 52: 30+7 : 30=60 : 00.

I.e. user can on a player where terminal screen on operated, original progress bar 2 centimetre of the terminating point of operation apart from player, the terminating point of operation to operation starting point horizontal range be 3 centimetres, new progress bar so can be generated outside the original progress bar of player, the broadcasting precision of newly-generated progress bar is 3 times of the broadcasting precision of former progress bar, meanwhile, player is on the second progress bar from 60:00 continues to play.

In the above-mentioned technical solutions, it is preferable that the computing unit is additionally operable to adjust the length of the second progress bar reciprocal and described of multiple according to the precision, and the part to be amplified using the benchmark reproduction time as midpoint is determined on first progress bar；The playback time determining unit determines the reproduction time of the second progress bar starting point according to the reproduction time of the starting point of the part to be amplified, and determines according to the reproduction time of the terminating point of the part to be amplified the reproduction time of the second progress bar terminating point.

In the technical scheme, when user initiates precision regulation operation, the benchmark reproduction time on the first progress bar（Initiate the time corresponding to sliding block during precision regulation operation on the first progress bar）The subregion of both sides, just a bit of accurate determination reproduction time is needed comprising user, so as to which benchmark reproduction time to be corresponded to the midpoint of the second progress bar, can cause generation the second progress bar have bigger possibility comprising user's needs accurately determine reproduction time a bit, be easy to user accurately to determine the play time needed for oneself on the second progress bar.And the second progress bar generated can be consistent with the length of the first progress bar, and the second progress bar corresponding part on the first progress bar is then the part using benchmark reproduction time as midpoint, and its length can be according to second The length and precision of progress bar adjust multiple to determine, 20 centimetres of the second progress bar length such as generated, precision regulation multiple is 10, the length of part so to be amplified is 2 centimetres, the part is by amplification, form the second progress bar, and starting point, terminating point and the reproduction time at midpoint of the part also correspond to starting point, terminating point and the midpoint of the second progress bar respectively, it is assumed that and part to be amplified is 10 on the first progress bar:00 to 15:00 period, account for the 10 of the first progress bar, such as 2 centimetres, and now the broadcasting precision of the first progress bar is 15 seconds/millimeter, and part to be amplified by amplification formed the second progress bar after, its play precision will be changed into 1.5 seconds/millimeter, if the Minimum sliding distance of sliding block is 1 millimeter, so by moving up movable slider in the second progress bar, 10 can be accurately determined: 03、 10:09 equi-time point, and then can only roughly determine to 10 on the first progress bar: 15、 10 :30 equi-time points, so that after precision regulation operation the second progress bar of generation so that user can accurately determine play time on the second progress bar.

In the above-mentioned technical solutions, it is preferable that the progress bar processing unit also includes：Amplify alignment unit, for judging whether the starting point of the part to be amplified exceeds the starting point of first progress bar, and/or whether the terminating point of the part to be amplified exceeds the terminating point of first progress bar, and in the case where the starting point of the part to be amplified is beyond the starting point of first progress bar, starting point using first progress bar is starting point, the part equal with the partial-length to be amplified is obtained on first progress bar and is used as the part to be amplified, and/or in the case where the terminating point of the part to be amplified is beyond the terminating point of first progress bar, terminating point using first progress bar is terminating point, the part equal with the partial-length to be amplified is obtained on first progress bar and is used as the part to be amplified.

In the technical scheme, if part starting point to be amplified or terminating point exceed the starting point or terminating point of the first progress bar, one section of amplification second progress bar of generation untill starting point or terminating point so can only be at most got on the first progress bar, the terminating point of part such as to be amplified is beyond the terminating point of the first progress bar, i.e. the reproduction time of the terminating point of the first progress bar is 90:00, and reference time point is 87:00, and the length for the part to be amplified that determination is obtained is 2 centimetres, correspondence 10 minutes on the first progress bar, then 87:00 both sides respectively take one section of 5 minutes as part to be amplified, then need to get 82:00 to 92:One section of 00, but 90:00 to 92:00 part will be obviously not present in the first progress bar, then one section that duration 10 minutes can be obtained using the terminating point of the first progress bar as terminating point is used as part to be amplified, i.e., 80:00 to 90:00 part, this period still includes 87:Time point near 00, so as to ensure that user accurately can determine reproduction time on the second progress bar.

In the above-mentioned technical solutions, it is preferable that the degree of regulation determining unit also includes：Position judgment unit, incidence relation for the positional information according to the terminating point and default position and precision judges to improve precision or reduction precision, wherein, the computing unit is when the position judgment unit judges to improve precision, the precision regulation multiple is obtained according to first distance and the preset multiple, and when the position judgment unit judges reduction precision, the precision is obtained according to the inverse of first distance and the preset multiple and adjusts multiple.

In the technical scheme, the second progress bar of generation, it plays precision can be smaller than the first progress bar（Playing progress rate can be adjusted faster on the second progress bar）, can also be bigger than the first progress bar（It can more accurately adjust playing progress rate on the second progress bar）, it is specific to determine that improving precision still reduces precision, it can adjust the terminating point of operation to determine by control accuracy, such as terminating point is located at the first progress bar upper and lower, then it can be determined that as reduction precision, terminating point is located above the first progress bar, it then can be determined that to improve precision, wherein, when being judged to improving precision, the terminating point of such as precision regulation operation is located above the first progress bar, and 2 centimetres of the first progress bar of distance, if that preset multiple is 2 times/centimetre, it can then determine that precision regulation multiple is 4 times, and the broadcasting precision of the first progress bar is 1 double precision（That is the first progress bar is normal play precision）So the precision of the second progress bar is then 4 double precisions, that is, if the content of 10 minutes durations accounts for 1 centimetre on a progress bar on the first progress bar, so on the second progress bar, the content of 10 minutes durations of this section is then that the sliding block of progress bar is adjusted in 4 centimetres, the length that 4 centimetres of user come the play time needed for determining, relative in 1 centimetre of length, adjusting slider is come the play time needed for determining, more accurately and conveniently.

When being determined as reduction precision, the terminating point of such as precision regulation operation is located at below the first progress bar, and 2 centimetres of the first progress bar of distance, if that preset multiple is 2 times/centimetre, it can then determine that precision regulation multiple is 1/4 times, and the broadcasting precision of the first progress bar is 1 double precision（That is the first progress bar is normal play precision）, then the precision of the second progress bar is then 1/4 double precision, that is, if the content of 10 minutes durations accounts for 20 centimetres on a progress bar on the first progress bar, so on the second progress bar, the content of 10 minutes durations of this section then be 5 centimetres, user can in 5 centimetres of length range adjusting slider, relative to the adjusting slider in 20 centimetres of length range, the content in played file can have quickly been browsed, and has quickly determined the play time needed for oneself.

In any of the above-described technical scheme, it is preferable that also include：Progress bar closing unit, for at the end of the reproduction time of second progress bar, in preset time it is unidentified to the operation of second progress bar when or when receiving the instruction for closing second progress bar, close second progress bar, and/or in the instruction of closing first progress bar received, close first progress bar.

In the technical scheme, can be according to preparatory condition, the reproduction time of such as the second progress bar terminates, now the sliding block on the second progress bar is located at the terminating point of the second progress bar, the content of part to be amplified has been finished on first progress bar, it is then automatic to close the second progress bar, or it is unidentified when arriving to the operation of the second progress bar within a period of time, illustrate user without accurately determining play time, it is then automatic to close the second progress bar, or according to the out code received, close the first progress bar and/or the second progress bar.

In any of the above-described technical scheme, it is preferable that also include：Memory cell, for according to the preservation instruction received, preserving described second and playing precision, wherein, the progress bar generation unit is additionally operable to when recognizing predetermined registration operation, and playing precision according to described second generates second progress bar.

In the technical scheme, the precision of the second progress bar of generation can be preserved, when recognizing predetermined registration operation（Double click operation, the progress bar of long-press first are such as carried out to the first progress bar, is suspended in mouse on the first progress bar etc.）When, then extension progress bar can be automatically generated according to the precision, the precision without exist starting point and ending point adjusts operation, it is possible to progress bar of the generation with new precision.

In any of the above-described technical scheme, it is preferable that also include：Multiple adjustment unit, for according to the multiple regulating command received, adjusting the preset multiple.

In the technical scheme, user can adjust preset multiple as needed, such as times/centimetre of preset multiple 4 can be adjusted to 10 times/centimetre, so as in the case where the distance of terminating point to the first progress bar of precision regulation operation is constant, by the second higher progress bar of generation precision.

In the above-mentioned technical solutions, it is preferable that the degree of regulation determining unit includes：Recording unit, positional information and the positional information of corresponding terminating point for recording at least one starting point of the operation on the progress bar of the player；Computing unit, for calculating the terminating point to the second distance of its corresponding starting point, average distance is obtained to the second distance of its corresponding starting point according to each terminating point, obtaining the precision according to the average distance and preset multiple adjusts multiple.

In the technical scheme, operated on progress bar that can be on a player, such as using two o'clock on progress bar as two starting points, the slide to terminating point and starting point is done on a progress bar, so according to the distance of each terminating point to corresponding starting point, an average distance can be calculated, the such as terminating point of thumb on a progress bar to the distance of starting point be 3 centimetres, the terminating point of forefinger on a progress bar to the distance of starting point be 5 centimetres, then average distance is 4 centimetres, and preset multiple is 1 times/centimetre, then precision regulation multiple is 4 times.

In the above-mentioned technical solutions, it is preferable that the progress bar processing unit includes：Progress bar adjustment unit, for adjusting the broadcasting precision that multiple adjusts the progress bar of the player according to the precision；Playback time determining unit, for according to the starting point and/or the terminating point on the player corresponding reproduction time, it is determined that regulation after progress bar starting point reproduction time and the reproduction time of terminating point.

In the technical scheme, the broadcasting precision of progress bar can be adjusted according to obtained precision regulation multiple, such as precision regulation multiple is 4 times, then the broadcasting precision of progress bar can be adjusted to original 4 times, the length of progress bar is expanded into original 4 times simultaneously, simultaneously, can using the reproduction time of a starting point of operation as the progress bar after regulation starting reproduction time, and termination reproduction time of another starting point reproduction time as the progress bar after regulation will be operated, when being operated by thumb and forefinger, thumb and forefinger operate 2 points clicked on during beginning on a progress bar, the starting reproduction time of the progress bar after regulation is just corresponded to respectively and terminates reproduction time. In the above-mentioned technical solutions, it is preferable that the degree of regulation determining unit includes：Operation recognition unit, for recognizing the operation carried out in the player；Precision query unit, for judging whether the operation belongs to predetermined registration operation, if belonging to predetermined registration operation, inquires about the precision regulation multiple corresponding with the operation.

In the technical scheme, some operations can be pre-set associated with specific precision regulation multiple, such as to the double click operation of progress bar with by the broadcasting precision of progress bar be amplified to twice it is associated, and operation is hit to the three of progress bar then with the broadcasting precision of progress bar to be amplified to three times are associated, so that user can rapidly adjust the broadcasting precision of progress bar by predetermined registration operation.

The application also proposed a kind of play system, including the progress bar precision adjusting device described in any of the above-described.

The application also proposed a kind of terminal, including progress bar precision adjusting device and/or play system described in any one of preceding claim.

The application also proposed a kind of progress bar precision adjusting method, applied to player, including：Step 202, determine that precision adjusts multiple according to the operation recognized；Step 204, multiple is adjusted according to the precision progress bar of the player is adjusted.

In the above-mentioned technical solutions, it is preferable that the step 202 includes：Step 2022, the positional information of the terminating point of the operation is recorded；Step 2024, the terminating point, which is calculated, to the first distance of the first progress bar of the player, and the precision is obtained according to first distance and preset multiple adjusts multiple.

In the technical scheme, the terminating point and the intrinsic main progress bar of player that can be operated according to user（The first progress bar）Distance and preset multiple determine that precision adjusts multiple, user's operation can be following at least one or its combination：With any point starting point on the player, and using any point beyond first progress bar as the slide of terminating point, with any point starting point on the player, and using clicking operation of any point as terminating point beyond first progress bar.Because preset multiple is set in advance, precision needed for user can be obtained by the terminating point of control operation and the distance of main progress bar adjusts multiple, such as preset multiple is 1 times/centimetre, and the first distance is 2 centimetres, precision regulation multiple=1 times/centimetres x2 centimetres=2 times can so be obtained, if user's control first is apart from for 3 centimetres, then precision regulation multiple is exactly 3 times, wherein, the formula of precision regulation multiple=distances of preset multiple X first is one embodiment of the application, user can be arranged as required to precision regulation multiple, preset multiple and the first incidence relation between three.

In the above-mentioned technical solutions, it is preferable that the step 2024 includes：Second broadcasting precision is obtained with precision regulation multiple according to the first of first progress bar the broadcasting precision；Then the step 204 also includes：The second progress bar is generated for playing precision according to described second.

In the above-mentioned technical solutions, it is preferable that the step 202 also includes：The positional information of the starting point of the operation is recorded, accuracy computation deviant is played according to the horizontal range of the terminating point to the starting point and described second；The then step Rapid 204 also include：Benchmark reproduction time described in when being initiated according to the operation on the first progress bar, determine the reproduction time at the midpoint of second progress bar, and determined to continue reproduction time on second progress bar according to the reproduction time and the deviant at the midpoint of second progress bar, and continue to play from the continuation reproduction time.

In the technical scheme, user can be by the horizontal range of the terminating point of control operation to starting point, to control the time point and the deviant of the reference time point on the first progress bar that continue to play on the second progress bar, the terminating point such as operated to starting point horizontal range be 3 centimetres, obtained from second to play precision be first to play 3 times of precision, first plays precision for 50 seconds/centimetre, so second plays precision for 150 seconds/centimetre, that is 2.5 minutes/centimetre, it is 3 centimetres of x2.5 minute/centimetre=7.5 minute to obtain deviant according to horizontal range and the second broadcasting precision.Also, when user initiate operate when, the time where the first progress bar top shoe be on the basis of reproduction time, such as 52:30, it is determined that continuation reproduction time be 52: 30+7 : 30=60: 00.

In the above-mentioned technical solutions, it is preferable that the step 202 also includes：The length of the second progress bar reciprocal and described of multiple is adjusted according to the precision, the part to be amplified using the benchmark reproduction time as midpoint is determined on first progress bar；Then the step 204 also includes：The reproduction time of the second progress bar starting point is determined according to the reproduction time of the starting point of the part to be amplified, and determines according to the reproduction time of the terminating point of the part to be amplified the reproduction time of the second progress bar terminating point.

In the technical scheme, when user initiates precision regulation operation, the benchmark reproduction time on the first progress bar（Initiate the time corresponding to sliding block during precision regulation operation on the first progress bar）The subregion of both sides, just a bit of accurate determination reproduction time is needed comprising user, so as to which benchmark reproduction time to be corresponded to the midpoint of the second progress bar, can cause generation the second progress bar have bigger possibility comprising user's needs accurately determine reproduction time a bit, be easy to user accurately to determine the play time needed for oneself on the second progress bar.And the second progress bar generated can be consistent with the length of the first progress bar, and the second progress bar corresponding part on the first progress bar is then the part using benchmark reproduction time as midpoint, its length can adjust multiple to determine according to the length and precision of the second progress bar, 20 centimetres of the second progress bar length such as generated, precision regulation multiple is 10, the length of part so to be amplified is 2 centimetres, the part is by amplification, form the second progress bar, and the starting point of the part, terminating point and the reproduction time at midpoint also correspond to the starting point of the second progress bar respectively, terminating point and midpoint, assuming that part to be amplified is 10 on the first progress bar:00 to 15:00 period, account for the 10 of the first progress bar, such as 2 centimetres, and now the broadcasting precision of the first progress bar is 15 seconds/millimeter, and part to be amplified by amplification formed the second progress bar after, its play precision will be changed into 1.5 seconds/millimeter, if the Minimum sliding distance of sliding block is 1 millimeter, so by moving up movable slider in the second progress bar, 10 can be accurately determined: 03、 10:09 equi-time point, and then can only roughly determine to 10 on the first progress bar: 15、 10 :30 equi-time points, so that after precision regulation operation the second progress bar of generation so that user can accurately determine play time on the second progress bar.

In the above-mentioned technical solutions, it is preferable that the step 204 also includes：Judge whether the starting point of the part to be amplified exceeds the starting point of first progress bar, and/or whether the terminating point of the part to be amplified exceeds the terminating point of first progress bar, and in the case where the starting point of the part to be amplified is beyond the starting point of first progress bar, starting point using first progress bar is starting point, the part equal with the partial-length to be amplified is obtained on first progress bar and is used as the part to be amplified, and/or in the case where the terminating point of the part to be amplified is beyond the terminating point of first progress bar, terminating point using first progress bar is terminating point, the part equal with the partial-length to be amplified is obtained on first progress bar and is used as the part to be amplified.

In the technical scheme, if part starting point to be amplified or terminating point exceed the starting point or terminating point of the first progress bar, one section of amplification second progress bar of generation untill starting point or terminating point so can only be at most got on the first progress bar, the terminating point of part such as to be amplified beyond the terminating point, the i.e. terminating point of the first progress bar of the first progress bar broadcasting when Between be 90:00, and reference time point is 87:00, and the length for the part to be amplified that determination is obtained is 2 centimetres, correspondence 10 minutes on the first progress bar, then 87:00 both sides respectively take one section of 5 minutes as part to be amplified, then need to get 82:00 to 92:One section of 00, but 90:00 to 92:00 part will be obviously not present in the first progress bar, then one section that duration 10 minutes can be obtained using the terminating point of the first progress bar as terminating point is used as part to be amplified, i.e., 80:00 to 90:00 part, this period still includes 87:Time point near 00, so as to ensure that user accurately can determine reproduction time on the second progress bar.

In the above-mentioned technical solutions, it is preferable that the step 202 also includes：Judged to improve precision or reduction precision according to the incidence relation of the positional information of the terminating point and default position and precision, when the position judgment unit judges to improve precision, the precision regulation multiple is obtained according to first distance and the preset multiple, and when the position judgment unit judges reduction precision, the precision is obtained according to the inverse of first distance and the preset multiple and adjusts multiple.

When being determined as reduction precision, the terminating point of such as precision regulation operation is located at below the first progress bar, and 2 centimetres of the first progress bar of distance, if that preset multiple is 2 times/centimetre, it can then determine that precision regulation multiple is 1/4 times, and the broadcasting precision of the first progress bar is 1 double precision（That is the first progress bar is normal play precision）So the precision of the second progress bar is then 1/4 double precision, that is, if the content of 10 minutes durations accounts for 20 centimetres on a progress bar on the first progress bar, so on the second progress bar, the content of 10 minutes durations of this section is then 5 centimetres, user can in 5 centimetres of length range adjusting slider, relative to the adjusting slider in 20 centimetres of length range, the content in played file can have quickly been browsed, and has quickly determined the play time needed for oneself.

In any of the above-described technical scheme, it is preferable that also include：When at the end of the reproduction time of second progress bar, in preset time it is unidentified to the operation of second progress bar when or when receiving the instruction for closing second progress bar, close second progress bar, and/or in the instruction of closing first progress bar received, close first progress bar.

In any of the above-described technical scheme, it is preferable that also include：According to the preservation instruction received, preserve described second and play precision, and when recognizing predetermined registration operation, play precision according to described second and generate second progress bar.

In any of the above-described technical scheme, it is preferable that also include：According to the multiple regulating command received, the preset multiple is adjusted. In the technical scheme, user can adjust preset multiple as needed, such as times/centimetre of preset multiple 4 can be adjusted to 10 times/centimetre, so as in the case where the distance of terminating point to the first progress bar of precision regulation operation is constant, by the second higher progress bar of generation precision.

In the above-mentioned technical solutions, it is preferable that the step 202 includes：Step 2022, the positional information of the starting point of the operation and the positional information of terminating point are recorded；Step 2024, the terminating point, which is calculated, to the second distance of its corresponding starting point, and the precision is obtained according to the second distance and preset multiple adjusts multiple.

In the above-mentioned technical solutions, it is preferable that the step 204 includes：Step 2042, the broadcasting precision that multiple adjusts the progress bar of the player is adjusted according to the precision；Step 2044, according to the starting point and/or the terminating point on the player corresponding reproduction time, it is determined that regulation after progress bar starting point reproduction time and the reproduction time of terminating point.

In the technical scheme, the broadcasting precision of progress bar can be adjusted according to obtained precision regulation multiple, such as precision regulation multiple is 4 times, then the broadcasting precision of progress bar can be adjusted to original 4 times, the length of progress bar is expanded into original 4 times simultaneously, simultaneously, can using the reproduction time of a starting point of operation as the progress bar after regulation starting reproduction time, and termination reproduction time of another starting point reproduction time as the progress bar after regulation will be operated, when being operated by thumb and forefinger, thumb and forefinger operate 2 points clicked on during beginning on a progress bar, the starting reproduction time of the progress bar after regulation is just corresponded to respectively and terminates reproduction time.

In the above-mentioned technical solutions, it is preferable that the step 202 includes：Step 2022, the operation carried out in the player is recognized；Step 2024, judge whether the operation belongs to predetermined registration operation, if belonging to predetermined registration operation, inquire about the precision regulation multiple corresponding with the operation.

According to the embodiment of the present invention, additionally provide a kind of program product being stored in nonvolatile machine-readable media, for the regulation of player progress bar, described program product includes the machine-executable instruction for being used to make computer system perform following steps：The positional information of the terminating point of the operation recognized is recorded, the terminating point is calculated to the first distance of the first progress bar of the player, and the precision is obtained according to first distance and preset multiple and adjusts multiple.

According to the embodiment of the present invention, a kind of non-volatile machine readable media, the program product being stored with for the regulation of player progress bar are additionally provided, described program product includes the machine-executable instruction for being used to make computer system perform following steps：The positional information of the terminating point of the operation recognized is recorded, the terminating point is calculated to the first distance of the first progress bar of the player, and the precision is obtained according to first distance and preset multiple and adjusts multiple.

According to the embodiment of the present invention, a kind of machine readable program is additionally provided, described program makes machine perform any described progress bar precision adjusting method in technical scheme as described above.

According to the embodiment of the present invention, a kind of storage medium for the machine readable program that is stored with is additionally provided, wherein, the machine readable program causes machine to perform any described progress bar precision adjusting method in technical scheme as described above.

By above technical scheme, it can determine that precision adjusts multiple according to user's operation, and then precision regulation multiple adjusts the broadcasting precision of progress bar, so as to be accurately determined reproduction time on the progress bar that user can be after adjustment. Brief description of the drawings

Fig. 1 shows the block diagram of progress bar precision adjusting device a kind of according to an embodiment of the invention；

Fig. 2 shows the flow chart of progress bar precision adjusting method a kind of according to an embodiment of the invention；

Fig. 3 A to Fig. 3 H show the schematic diagram for adjusting progress bar precision according to an embodiment of the invention；

Fig. 4 A to Fig. 4 C show that the schematic diagram of precision is played in regulation in the terminal according to an embodiment of the invention；Fig. 5 shows the particular flow sheet of progress bar precision adjusting method according to an embodiment of the invention.Embodiment

In order to be more clearly understood that the above objects, features and advantages of the present invention, the present invention is further described in detail with reference to the accompanying drawings and detailed description.It should be noted that in the case where not conflicting, the feature in embodiments herein and embodiment can be mutually combined.

Many details are elaborated in the following description to fully understand the present invention; but; the present invention can also be different from other modes described here to implement using other, and therefore, protection scope of the present invention is not limited by following public specific embodiment.

Fig. 1 shows the block diagram of progress bar precision adjusting device a kind of according to an embodiment of the invention.

As shown in Fig. 1, progress bar precision adjusting device 100 includes according to an embodiment of the invention：Degree of regulation determining unit 102, for determining that precision adjusts multiple according to the operation recognized；Progress bar processing unit 104, the progress bar of player is adjusted for adjusting multiple according to precision.

User is when by player plays file, can specifically it be operated on a player, by the operation for recognizing user, corresponding precision regulation multiple can be obtained, and then multiple is adjusted according to obtained precision, the progress bar of player can accordingly be adjusted, to change the broadcasting precision of progress bar so that user more can accurately adjust reproduction time on a progress bar.

Preferably, degree of regulation determining unit 102 includes：Recording unit 1020, the positional information of the terminating point for recording operation；Computing unit 1022, precision regulation multiple is obtained for calculating terminating point to the first distance of the first progress bar of player, and according to the first distance and preset multiple.

The terminating point and the intrinsic main progress bar of player that can be operated according to user（The first progress bar）Distance and preset multiple determine that precision adjusts multiple, user's operation can be following at least one or its combination：With any point starting point on player, and using slide of any point as terminating point beyond the first progress bar, with any point starting point on player, and the clicking operation using any point beyond the first progress bar as terminating point due to preset multiple be set in advance, precision needed for user can be obtained by the terminating point of control operation and the distance of main progress bar adjusts multiple, such as preset multiple is 1 times/centimetre, and the first distance is 2 centimetres, precision regulation multiple=1 times/centimetres x2 centimetres=2 times can so be obtained, if user's control first is apart from for 3 centimetres, then precision regulation multiple is exactly 3 times, wherein, the formula of precision regulation multiple=distances of preset multiple X first is one embodiment of the application, user can be arranged as required to precision regulation multiple, preset multiple and the first incidence relation between three.

Preferably, progress bar processing unit 104 includes：Progress bar generation unit 1040, wherein, computing unit 1022 is additionally operable to obtain the second broadcasting precision with precision regulation multiple according to the first of the first progress bar the broadcasting precision；Progress bar generation unit 1040 is used to play precision the second progress bar of generation according to second.

It can adjust operation to generate the second progress bar by precision（The new progress bar generated beyond the original progress bar of player）, the precision of the second progress bar and precision adjust the position of the terminating point of operation to the first progress bar（That is the original progress bar of player）Distance it is related, the precision of the second progress bar is adjusted so as to adjust the position of the terminating point operated by control accuracy, the precision of second progress bar is such as adjusted to four times 3 times of the precision of the first progress bar, user then can accurately adjust the playing progress rate of file on the second progress bar, file is easily adjusted to the play time arrived needed for oneself, wherein, the relation of the broadcasting precision of first progress bar and the broadcasting precision of the second progress bar, which can be that second plays precision=first, plays precision X (1+the first apart from x preset multiples）I.e. when the distance of the terminating point that user operates to the first progress bar is 2 centimetres, second, which plays precision=first, plays x3 times of precision, that is the broadcasting precision of the second progress bar is 3 times of the broadcasting precision of the first progress bar, so as to which on the second progress bar, user more accurately can adjust the sliding block on progress bar to determine reproduction time.

Preferably, progress bar processing unit 104 also includes：Playback time determining unit 1042, wherein, recording unit 1020 is additionally operable to the positional information of the starting point of record operation；Computing unit 1022 is additionally operable to play accuracy computation deviant according to the horizontal range of terminating point to starting point and second；Benchmark reproduction time when playback time determining unit 1042 is used to be initiated according to operation on the first progress bar, determine the reproduction time at the midpoint of the second progress bar, and determined to continue reproduction time on the second progress bar according to the reproduction time and deviant at the midpoint of the second progress bar, and continue to play from reproduction time is continued.

User can be by the horizontal range of the terminating point of control operation to starting point, to control the time point and the deviant of the reference time point on the first progress bar that continue to play on the second progress bar, the terminating point such as operated to starting point horizontal range be 3 centimetres, obtained from second to play precision be first to play 3 times of precision, first plays precision for 50 seconds/centimetre, so second plays precision for 150 seconds/centimetre, that is 2.5 minutes/centimetre, it is 3 centimetres of x2.5 minute/centimetre=7.5 minute to obtain deviant according to horizontal range and the second broadcasting precision.Also, when user initiate operate when, the time where the first progress bar top shoe be on the basis of reproduction time, such as 52:30, it is determined that continuation reproduction time be 52: 30+7 : 30=60 : 00.

Preferably, computing unit 1020 is additionally operable to adjust the inverse of multiple and the length of the second progress bar according to precision, and the part to be amplified using benchmark reproduction time as midpoint is determined on the first progress bar；Playback time determining unit 1042 determines the reproduction time of the second progress bar starting point according to the reproduction time of the starting point of part to be amplified, and determines according to the reproduction time of the terminating point of part to be amplified the reproduction time of second progress bar terminating point.

When user initiates precision regulation operation, the benchmark reproduction time on the first progress bar（Initiate the time corresponding to sliding block during precision regulation operation on the first progress bar）The subregion of both sides, just a bit of accurate determination reproduction time is needed comprising user, so as to which benchmark reproduction time to be corresponded to the midpoint of the second progress bar, can cause generation the second progress bar have bigger possibility comprising user's needs accurately determine reproduction time a bit, be easy to user accurately to determine the play time needed for oneself on the second progress bar.And the second progress bar generated can be consistent with the length of the first progress bar, and the second progress bar corresponding part on the first progress bar is then the part using benchmark reproduction time as midpoint, its length can adjust multiple to determine according to the length and precision of the second progress bar, 20 centimetres of the second progress bar length such as generated, precision regulation multiple is 10, the length of part so to be amplified is 2 centimetres, the part is by amplification, form the second progress bar, and the starting point of the part, terminating point and the reproduction time at midpoint also correspond to the starting point of the second progress bar respectively, terminating point and midpoint, assuming that part to be amplified is 10 on the first progress bar:00 to 15:00 period, account for the 10 of the first progress bar, such as 2 centimetres, and now the broadcasting precision of the first progress bar is 15 seconds/millimeter, and part to be amplified by amplification formed the second progress bar after, its play precision will be changed into 1.5 seconds/millimeter, if the Minimum sliding distance of sliding block is 1 millimeter, so by moving up movable slider in the second progress bar, 10 can be accurately determined: 03、 10 :09 equi-time point, and then can only roughly determine to 10 on the first progress bar: 15、 10 :30 equi-time points, so that after precision regulation operation the second progress bar of generation so that user can accurately determine play time on the second progress bar.

Preferably, progress bar processing unit 104 also includes：Amplify alignment unit 1044, for judging whether the starting point of part to be amplified exceeds the starting point of the first progress bar, and/or whether the terminating point of part to be amplified exceeds the terminating point of the first progress bar, and in the case where the starting point of part to be amplified is beyond the starting point of the first progress bar, using the starting point of the first progress bar as starting point, the part equal with partial-length to be amplified is obtained on the first progress bar and is used as part to be amplified, and/or in the case where the terminating point of part to be amplified is beyond the terminating point of the first progress bar, using the terminating point of the first progress bar as terminating point, the part equal with partial-length to be amplified is obtained on the first progress bar and is used as part to be amplified.

If the starting point or terminating point of part starting point to be amplified or terminating point beyond the first progress bar, then at most can only be One section of amplification second progress bar of generation untill starting point or terminating point is got on first progress bar, such as the terminating point of part to be amplified is beyond the terminating point of the first progress bar, i.e. the reproduction time of the terminating point of the first progress bar is 90:00, and reference time point is 87:00, and the length for the part to be amplified that determination is obtained is 2 centimetres, correspondence 10 minutes on the first progress bar, then 87:00 both sides respectively take one section of 5 minutes as part to be amplified, then need to get 82:00 to 92:One section of 00, but 90:00 to 92:00 part will be obviously not present in the first progress bar, then one section that duration 10 minutes can be obtained using the terminating point of the first progress bar as terminating point is used as part to be amplified, i.e., 80:00 to 90:00 part, this period still includes 87:Time point near 00, so as to ensure that user accurately can determine reproduction time on the second progress bar.

Preferably, degree of regulation determining unit 102 also includes：Position judgment unit 1024, incidence relation for the positional information according to terminating point and default position and precision judges to improve precision or reduction precision, wherein, computing unit 1022 is when position judging unit 1024 judges to improve precision, precision regulation multiple is obtained according to the first distance and preset multiple, and when position judging unit 1024 judges reduction precision, precision regulation multiple is obtained according to the inverse of the first distance and preset multiple.

Second progress bar of generation, it plays precision can be smaller than the first progress bar（Playing progress rate can be adjusted faster on the second progress bar）, can also be bigger than the first progress bar（It can more accurately adjust playing progress rate on the second progress bar）, it is specific to determine that improving precision still reduces precision, it can adjust the terminating point of operation to determine by control accuracy, such as terminating point is located at the first progress bar upper and lower, then it can be determined that as reduction precision, terminating point is located above the first progress bar, it then can be determined that to improve precision, wherein, when being judged to improving precision, the terminating point of such as precision regulation operation is located above the first progress bar, and 2 centimetres of the first progress bar of distance, if that preset multiple is 2 times/centimetre, it can then determine that precision regulation multiple is 4 times, and the broadcasting precision of the first progress bar is 1 double precision（That is the first progress bar is normal play precision）So the precision of the second progress bar is then 4 double precisions, that is, if the content of 10 minutes durations accounts for 1 centimetre on a progress bar on the first progress bar, so on the second progress bar, the content of 10 minutes durations of this section is then that the sliding block of progress bar is adjusted in 4 centimetres, the length that 4 centimetres of user come the play time needed for determining, relative in 1 centimetre of length, adjusting slider is come the play time needed for determining, more accurately and conveniently.

Preferably, in addition to：Progress bar closing unit 106, for at the end of the reproduction time of the second progress bar, in preset time it is unidentified to the operation of the second progress bar when or when receiving the instruction for closing the second progress bar, close the second progress bar, and/or in the instruction of the progress bar of closing first received, close the first progress bar.

Can be according to preparatory condition, the reproduction time of such as the second progress bar terminates, now the sliding block on the second progress bar is located at the terminating point of the second progress bar, the content of part to be amplified has been finished on first progress bar, it is then automatic to close the second progress bar, or it is unidentified when arriving to the operation of the second progress bar within a period of time, illustrate user without accurately determining play time, it is then automatic to close the second progress bar, or according to the out code received, close the first progress bar and/or the second progress bar.

Preferably, in addition to：Memory cell 108, for according to the preservation instruction received, preserving second and playing precision, wherein, progress bar generation unit is additionally operable to when recognizing predetermined registration operation, and playing precision according to second generates the second progress bar.

The precision of the second progress bar of generation can be preserved, when recognizing predetermined registration operation（Double click operation, the progress bar of long-press first are such as carried out to the first progress bar, is suspended in mouse on the first progress bar etc.）When, then extension progress bar can be automatically generated according to the precision, the precision without exist starting point and ending point adjusts operation, it is possible to progress bar of the generation with new precision.

Preferably, in addition to：Multiple adjustment unit 1 10, for according to the multiple regulating command received, adjusting preset multiple. User can adjust preset multiple as needed, such as times/centimetre of preset multiple 4 can be adjusted to 10 times/centimetre, so as in the case where the distance of terminating point to the first progress bar of precision regulation operation is constant, by the second higher progress bar of generation precision.

Preferably, degree of regulation determining unit 102 includes：Recording unit 1020, positional information and the positional information of corresponding terminating point for recording at least one starting point of the operation on the progress bar of player；Computing unit 1022, for calculating terminating point to the second distance of its corresponding starting point, average distance is obtained according to each terminating point to the second distance of its corresponding starting point, and precision regulation multiple is obtained according to average distance and preset multiple.

Operated on progress bar that can be on a player, such as using two o'clock on progress bar as two starting points, the slide to terminating point and starting point is done on a progress bar, so according to the distance of each terminating point to corresponding starting point, an average distance can be calculated, the such as terminating point of thumb on a progress bar to the distance of starting point be 3 centimetres, the terminating point of forefinger on a progress bar to the distance of starting point be 5 centimetres, then average distance is 4 centimetres, and preset multiple is 1 times/centimetre, then precision regulation multiple is 4 times.

Preferably, progress bar processing unit 104 includes：Progress bar adjustment unit 1046, the broadcasting precision of the progress bar for adjusting multiple regulation player according to precision；Playback time determining unit 1042, for according to starting point and/or terminating point corresponding reproduction time on a player, it is determined that the reproduction time and the reproduction time of terminating point of the starting point of progress bar after regulation.

The broadcasting precision of progress bar can be adjusted according to obtained precision regulation multiple, such as precision regulation multiple is 4 times, then the broadcasting precision of progress bar can be adjusted to original 4 times, the length of progress bar is expanded into original 4 times simultaneously, simultaneously, can using the reproduction time of a starting point of operation as the progress bar after regulation starting reproduction time, and termination reproduction time of another starting point reproduction time as the progress bar after regulation will be operated, when being operated by thumb and forefinger, thumb and forefinger operate 2 points clicked on during beginning on a progress bar, the starting reproduction time of the progress bar after regulation is just corresponded to respectively and terminates reproduction time.

Preferably, degree of regulation determining unit includes：Operation recognition unit 1026, for recognizing the operation carried out in player；Precision query unit 1028, for judging whether operation belongs to predetermined registration operation, if belonging to predetermined registration operation, inquires about the precision regulation multiple corresponding with operation.

Some operations can be pre-set associated with specific precision regulation multiple, such as to the double click operation of progress bar with by the broadcasting precision of progress bar be amplified to twice it is associated, and operation is hit to the three of progress bar then with the broadcasting precision of progress bar to be amplified to three times are associated, so that user can rapidly adjust the broadcasting precision of progress bar by predetermined registration operation.

The application also proposed a kind of play system, including above-mentioned progress bar precision adjusting device 100.

The application also proposed a kind of terminal, including above-mentioned progress bar precision adjusting device 100 and/or play system.

Fig. 2 shows the flow chart of progress bar precision adjusting method a kind of according to an embodiment of the invention.

As shown in Fig. 2, progress bar precision adjusting method includes according to an embodiment of the invention：Step 202, determine that precision adjusts multiple according to the operation recognized；Step 204, multiple is adjusted according to precision the progress bar of player is adjusted.

In the above-mentioned technical solutions, it is preferable that step 202 includes：Step 2022, the positional information of the terminating point of record operation；Step 2024, terminating point is calculated to the first distance of the first progress bar of player, and precision regulation multiple is obtained according to the first distance and preset multiple.

In the technical scheme, the terminating point and the intrinsic main progress bar of player that can be operated according to user（The first progress bar）Distance and preset multiple determine that precision adjusts multiple, user's operation can be following at least one or its combination：With any point starting point on player, and using any point beyond the first progress bar as the slide of terminating point, with any point starting point on player, and using clicking operation of any point as terminating point beyond the first progress bar.Because preset multiple is set in advance, the precision needed for user can be obtained by the terminating point of control operation and the distance of main progress bar adjusts multiple, such as preset multiple is 1 times/centimetre, and the first distance is 2 centimetres, precision regulation multiple=1 times/centimetres x2 centimetres=2 times can so be obtained, if user's control first is apart from for 3 centimetres, then precision regulation multiple is exactly 3 times, wherein, the formula of precision regulation multiple=distances of preset multiple X first is one embodiment of the application, and user can be arranged as required to precision regulation multiple, preset multiple and the first incidence relation between three.

In the above-mentioned technical solutions, it is preferable that step 2024 includes：Second broadcasting precision is obtained with precision regulation multiple according to the first of the first progress bar the broadcasting precision；Then step 204 also includes：The second progress bar is generated for playing precision according to second.

In the above-mentioned technical solutions, it is preferable that step 202 also includes：The positional information of the starting point of operation is recorded, accuracy computation deviant is played according to the horizontal range of terminating point to starting point and second；Then step 204 also includes：Benchmark reproduction time when being initiated according to operation on the first progress bar, determine the reproduction time at the midpoint of the second progress bar, and determined to continue reproduction time on the second progress bar according to the reproduction time and deviant at the midpoint of the second progress bar, and continue to play from reproduction time is continued.

In the above-mentioned technical solutions, it is preferable that step 202 also includes：The inverse of multiple and the length of the second progress bar are adjusted according to precision, the part to be amplified using benchmark reproduction time as midpoint is determined on the first progress bar；Then step 204 also includes：The reproduction time of the second progress bar starting point is determined according to the reproduction time of the starting point of part to be amplified, and determines according to the reproduction time of the terminating point of part to be amplified the reproduction time of second progress bar terminating point.

In the technical scheme, when user initiates precision regulation operation, the benchmark reproduction time on the first progress bar（Initiate the time corresponding to sliding block during precision regulation operation on the first progress bar）The subregion of both sides, just a bit of accurate determination reproduction time is needed comprising user, so as to which benchmark reproduction time to be corresponded to the midpoint of the second progress bar, can cause generation the second progress bar have bigger possibility comprising user's needs accurately determine reproduction time a bit, be easy to user accurately to determine the play time needed for oneself on the second progress bar.And the second progress bar generated can be consistent with the length of the first progress bar, and the second progress bar corresponding part on the first progress bar is then the part using benchmark reproduction time as midpoint, its length can adjust multiple to determine according to the length and precision of the second progress bar, 20 centimetres of the second progress bar length such as generated, precision regulation multiple is 10, the length of part so to be amplified is 2 centimetres, the part is by amplification, form the second progress bar, and the starting point of the part, terminating point and the reproduction time at midpoint also correspond to the starting point of the second progress bar respectively, terminating point and midpoint, assuming that treating Amplifier section is 10 on the first progress bar:00 to 15:00 period, account for the 10 of the first progress bar, such as 2 centimetres, and now the broadcasting precision of the first progress bar is 15 seconds/millimeter, and part to be amplified by amplification formed the second progress bar after, its play precision will be changed into 1.5 seconds/millimeter, if the Minimum sliding distance of sliding block is 1 millimeter, so by moving up movable slider in the second progress bar, 10 can be accurately determined: 03、 10:09 equi-time point, and then can only roughly determine to 10 on the first progress bar: 15、 10 :30 equi-time points, so that after precision regulation operation the second progress bar of generation so that user can accurately determine play time on the second progress bar.

In the above-mentioned technical solutions, it is preferable that step 204 also includes：Judge whether the starting point of part to be amplified exceeds the starting point of the first progress bar, and/or whether the terminating point of part to be amplified exceeds the terminating point of the first progress bar, and in the case where the starting point of part to be amplified is beyond the starting point of the first progress bar, using the starting point of the first progress bar as starting point, the part equal with partial-length to be amplified is obtained on the first progress bar and is used as part to be amplified, and/or in the case where the terminating point of part to be amplified is beyond the terminating point of the first progress bar, using the terminating point of the first progress bar as terminating point, the part equal with partial-length to be amplified is obtained on the first progress bar and is used as part to be amplified.

In the above-mentioned technical solutions, it is preferable that step 202 also includes：Judged to improve precision or reduction precision according to the incidence relation of the positional information of terminating point and default position and precision, when in position, judging unit judges to improve precision, precision regulation multiple is obtained according to the first distance and preset multiple, and when position judging unit judges reduction precision, precision regulation multiple is obtained according to the inverse of the first distance and preset multiple.

In any of the above-described technical scheme, it is preferable that also include：When at the end of the reproduction time of the second progress bar, when default In it is unidentified arrive during to the operation of the second progress bar or when receiving the instruction for closing the second progress bar, close the second progress bar, and/or in the instruction of the progress bar of closing first received, the first progress bar of closing.

In any of the above-described technical scheme, it is preferable that also include：According to the preservation instruction received, preserve second and play precision, and when recognizing predetermined registration operation, play precision according to second and generate the second progress bar.

In any of the above-described technical scheme, it is preferable that also include：According to the multiple regulating command received, preset multiple is adjusted.

In the above-mentioned technical solutions, it is preferable that step 202 includes：Step 2022, the positional information and the positional information of terminating point of the starting point of record operation；Step 2024, terminating point is calculated to the second distance of its corresponding starting point, and precision regulation multiple is obtained according to second distance and preset multiple.

In the above-mentioned technical solutions, it is preferable that step 204 includes：Step 2042, the broadcasting precision of the progress bar of multiple regulation player is adjusted according to precision；Step 2044, according to starting point and/or terminating point corresponding reproduction time on a player, it is determined that the reproduction time and the reproduction time of terminating point of the starting point of progress bar after regulation.

In the above-mentioned technical solutions, it is preferable that step 202 includes：Step 2022, the operation carried out in player is recognized；Step 2024, judge whether operation belongs to predetermined registration operation, if belonging to predetermined registration operation, inquire about the precision regulation multiple corresponding with operation.

Fig. 3 A to Fig. 3 H show the schematic diagram for adjusting progress bar precision according to an embodiment of the invention.

As shown in Fig. 3 A, user is on a player（Pass through mouse or touch screen）Carry out slide（Courses of action can be straight Line or curve）, record the positional information and the positional information of terminating point 304 of the starting point 302 of slide, determine that terminating point 304 is located at the top of the first progress bar 308, then carry out precision amplification, calculate the first distance 306 of the progress bar of terminating point 304 to the first 308, such as it is 2 centimetres, according to times/centimetre of preset multiple 1, it is the first of the first progress bar 308 play precision 3 times that precision can be played to the second of the second progress bar 310, then according to second play precision by second progress bar 310 of the generation of terminating point 304 (it should be noted that, second progress bar can not pass through terminating point 304, the first progress bar 308 can also be not parallel to), wherein, the calculation formula for playing precision and preset multiple and the first distance 306 can specifically be set by user, the formula used herein for：Second broadcasting precision=first plays precision X, and (1+ first is apart from X preset multiples）.

As shown in Fig. 3 B, generate after the second progress bar 310, precision is adjusted to the benchmark reproduction time 312 when operation is initiated on the first progress bar 308 and (initiates the sliding block position corresponding time on the first progress bar 308 when precision regulation is operated）Correspond to the midpoint 322 of the second progress bar.

As shown in Figure 3 C, the playing duration of the first progress bar 308 is 00:00 to 90:00, benchmark reproduction time 3 12 is 52:30, adjusting multiple 3 according to precision, (i.e. second, which plays precision and first, plays the ratio of precision）Can obtain region to be amplified 3 14 on the first progress bar 308 when a length of 30 minutes, i.e.,（ 90: 00-00: 00 ) /3=30：00, the half of the duration of region to be amplified 314, i.e., 15 minute are then respectively taken in the both sides of benchmark reproduction time, the two parts got are merged and obtain region to be amplified 314, at that time a length of 37:30 to 67: 30.

The duration of the starting point of region to be amplified 314 is corresponded to the starting point of the second progress bar 310, the duration of the terminating point of region to be amplified 314 is corresponded to the terminating point of the second progress bar 310, so as to complete the determination of the second progress bar.

As shown in Figure 3 D, it can also calculate the horizontal range 3 16 that terminating point 304 arrives starting point 302 according to starting point 302 positional information, such as be 3 centimetres.

As shown in FIGURE 3 E, precision is played according to horizontal range 316 and second（30 minutes/12 centimetres=2.5 minutes/centimetre）, it is 3 centimetres of x2.5 minute/centimetre=7.5 minute to obtain deviant, so that it is determined that continuous reproduction time 318 of being adopted as a child is 52: 30+7: 30=60: 00.

As shown in Fig. 3 F, set if user and judge reduction precision if the terminating point that precision adjusts operation is located at below the first progress bar, then (first apart from X preset multiples for precision regulation multiple=1/）Such as the first distance 306 is 1 centimetre, preset multiple is 2 times/centimetre, so precision regulation multiple is 1/2 times, i.e. the broadcasting precision of the second progress bar 310 is the half of the broadcasting precision of the first progress bar 308, then the reproduction time of the starting point of the second progress bar 310 generated is 00:00, the reproduction time of terminating point is 90:00, and the reproduction time at the midpoint of the second progress bar 310 is identical with the reproduction time at the midpoint of the first progress bar, is 45:00, the length of the second progress bar 310 is the half of the first progress bar 308, and user can drag sliding block on the second progress bar 310, so as to realize the quick regulation of reproduction time.

As shown in Fig. 3 G and Fig. 3 H, user can also pre-set a regulation multiple, whenever user's progress predetermined registration operation is recognized, the broadcasting precision of the first progress bar 308 is just adjusted according to the regulation multiple, without the second progress bar 310 of generation, the regulation multiple such as set is 3 times, then when recognizing the operation of user's the first progress bar 308 of double-click（User can set the predetermined registration operation related to the precision for adjusting progress bar, such as the first progress bar of long-press 308, mouse are suspended on the first progress bar 308）, the reproduction time for determining the target point 330 of double click operation is 52:30, it can be determined again on the first progress bar 308 with 52 according to regulation multiple 3:30 seconds be midpoint, and when a length of 00:00 to 90:00 1/3-section is region to be amplified 314,52:30 both sides respectively take the half of the duration of region to be amplified 314, i.e., 15 minute, and the two parts got are merged and obtain region to be amplified 314, and at that time a length of 37:30 to 67:30, by 37:The reproduction time of 30 seconds starting points as the progress bar 332 after regulation, by 67:The reproduction time of 30 seconds terminating points as the progress bar 332 after regulation.Sliding block is dragged on the progress bar 332 of user after adjustment and adjusts playing progress rate, the playing progress rate of file can be accurately controlled, it is accurate and be able to conveniently find play time interested.

Fig. 4 A to Fig. 4 C show that the schematic diagram of precision is played in regulation in the terminal according to an embodiment of the invention.

Terminal 400 can be the touch-screen equipments such as smart mobile phone, tablet personal computer according to an embodiment of the invention, user can be when by 400 played file of terminal, the regulation for playing precision is realized by contact action, certainly, terminal 400 can also be the equipment by mouse action such as notebook computer, desktop computer according to an embodiment of the invention, and user can be by mouse in terminal It is operable to realize the regulation of playing progress rate on player in 400.

As shown in Fig. 4 A, precision regulation operation is described exemplified by sentencing smart mobile phone for this, and operation therein is equally applicable for other equipment.Assuming that the player in terminal 400 is full of the display screen of terminal 400, and the equal length of progress bar and player.

Only exist the first progress bar 308 in the case of normal play, in player, the file played when a length of 00:00 to

90 :00, when user wants the 48th of the file that viewing is being played:During content at 45, by dragging the sliding block on the first progress bar 308, reproduction time can only navigate to 48:30 and 48:50, and the time that can not be navigated between this 2 points, i.e., it can not be pin-pointed to the play time 48 that user wants viewing: 45.

User can be selected on the first progress bar 308 starting point 302 (can also using on player any point as starting point, starting point 302 is selected conveniently to determine benchmark reproduction time when precision regulation operation is initiated on the first progress bar 308 on the first progress bar 308, now benchmark reproduction time is the corresponding time on the first progress bar 308 of starting point 302）Carry out precision regulation operation（Can be drag operation, clicking operation etc., operation trace can be that straight line can also be curve）Record the positional information of the terminating point 304 of precision regulation operation, and benchmark reproduction time during precision regulation operation initiation on the first progress bar 308, go out the first distance 306 of the progress bar of terminating point 304 to the first 308 according to the positional information calculation of terminating point 304, such as 2 centimetres, it is then determined that by starting point 302 and perpendicular to first straight line（May be considered the second progress bar 310 herein) the 3rd straight line（It is not drawn into figure）According to the second distance 3 16 of the 304 to the second intersection point of positional information calculation terminating point 324 of terminating point 304, such as it is 3 centimetres with the intersection point 324 of first straight line.

As shown in Fig. 4 B, according to the first distance 306 and preset multiple（Such as 1 times/centimetre）Calculate precision and adjust multiple=1+ first apart from X preset multiple=3 times, that is, the precision of the second progress bar 310 generated is 3 times of the precision of the first progress bar 308, according to the benchmark reproduction time on the first progress bar 308（Such as 48:35), determine region to be amplified 314, because the precision of the second progress bar 310 is 3 times of the first progress bar 308, and the length of the second progress bar 3 10 and the equal length of the first progress bar 308, it is thus determined that with 48 on the first progress bar 308:35 seconds for midpoint when a length of 30:00 region is region to be amplified 314, and the corresponding reproduction time of starting point of region to be amplified 314 is 33:35, the corresponding reproduction time of cut off is 63:35, it is 33 that the reproduction time of the second progress bar 310, the i.e. reproduction time of the starting point of the second progress bar 310 are determined according to the reproduction time of region to be amplified 314:35, the reproduction time at midpoint is 48:35, the reproduction time of cut off is 63: 35.

As shown in Figure 4 C, according to minute/centimetre=7.5 minute of broadcasting accuracy computation deviant=3 centimetre χ 2.5 of the progress bar 310 of second distance 316 and second（It is assumed herein that the first of the first progress bar 308 plays precision for 7.5 minutes/centimetre, then the second of the second progress bar 310 plays precision=first and plays precision/precision regulation multiple）, the 3rd reproduction time, i.e., 48 are then determined on the second progress bar according to the reproduction time and deviant at the midpoint of the second progress bar 310: 35+7 : 30=56:05, then from 56:05 continues to play.It can be seen that, length is 1 centimetre of the corresponding broadcasting fragment in one section of region on the first progress bar 308, and corresponding length is 3 centimetres on the second progress bar 310, user can not be accurately positioned on the first progress bar 308 48:45 time point, then relatively accurate positioning can be carried out on the second progress bar.

Fig. 5 shows the particular flow sheet of progress bar precision adjusting method according to an embodiment of the invention.

As shown in figure 5, progress bar precision adjusting method is specifically included according to an embodiment of the invention：

Step 502, main progress bar is dragged（Equivalent to the first progress bar）On sliding block coarse localization needed for play time；Step 504, whether required play time is navigated to by the sliding block dragged on main progress bar, if having positioned, into step 510, if no-fix, into step 506;

Step 506, the precision regulation operation of identification user, and the positional information of the terminating point of registration accuracy regulation operation, determines precision multiplication factor, and then obtain the broadcasting precision of the second progress bar according to the distance and preset multiple of terminating point to the second progress bar；

Step 508, according to the distance of terminating point to the second progress bar midpoint（I.e. above-mentioned second distance, when the second progress bar is parallel with the first progress bar, and length is equal with the first progress bar, then the intersection point for doing vertical line and the second progress bar to the second progress bar by the midpoint of the first progress bar is exactly the midpoint of the second progress bar）With the broadcasting accuracy computation deviant of the second progress bar, Ran Hougen Determine to continue reproduction time according to the reproduction time and deviant at the second progress bar midpoint；

Step 510, redirected according to the position of main progress bar top shoe, or the continuation reproduction time determined after precision is played according to regulation and redirected, to continue to play current file.

Technical scheme is described in detail above in association with accompanying drawing, it is contemplated that in correlation technique, regulation playing progress rate is difficult to be accurately positioned the play time needed for user.By the technical scheme of the application, the progress bar with new broadcasting precision can be generated according to user's operation, and then playing progress rate is adjusted exactly on newly-generated progress bar.

In the present invention, term " first ", " second " are only used for describing purpose, and it is not intended that indicating or implying relative importance.Term " multiple " refers to two or more, unless otherwise clear and definite restriction.

The preferred embodiments of the present invention are the foregoing is only, are not intended to limit the invention, for those skilled in the art, the present invention there can be various modifications and variations.Within the spirit and principles of the invention, any modification, equivalent substitution and improvements made etc., should be included in the scope of the protection.

Claims

Claims

1. a kind of progress bar precision adjusting device, applied to player, it is characterised in that including：

Degree of regulation determining unit, for determining that precision adjusts multiple according to the operation recognized；

Progress bar processing unit, the progress bar of the player is adjusted for adjusting multiple according to the precision.

2. progress bar precision adjusting device according to claim 1, it is characterised in that the degree of regulation determining unit includes：

Recording unit, the positional information of the terminating point for recording the operation；

Computing unit, the precision regulation multiple is obtained for calculating the terminating point to the first distance of the first progress bar of the player, and according to first distance and preset multiple.

3. the progress bar precision adjusting device according to claim 2, it is characterised in that the progress bar processing unit includes：Progress bar generation unit,

Wherein, the computing unit is additionally operable to obtain the second broadcasting precision with precision regulation multiple according to the first of first progress bar the broadcasting precision；

The progress bar generation unit is used to play precision the second progress bar of generation according to described second.

4. progress bar precision adjusting device according to claim 3, it is characterised in that the progress bar processing unit also includes：Playback time determining unit,

Wherein, the recording unit is additionally operable to record the positional information of the starting point of the operation；

The computing unit is additionally operable to play accuracy computation deviant according to the horizontal range of the terminating point to the starting point and described second；

Benchmark reproduction time described in when the playback time determining unit is used to be initiated according to the operation on the first progress bar, determine the reproduction time at the midpoint of second progress bar, and determined to continue reproduction time on second progress bar according to the reproduction time and the deviant at the midpoint of second progress bar, and continue to play from the continuation reproduction time.

5. progress bar precision adjusting device according to claim 4, it is characterized in that, the computing unit is additionally operable to adjust the length of the second progress bar reciprocal and described of multiple according to the precision, and the part to be amplified using the benchmark reproduction time as midpoint is determined on first progress bar；

The playback time determining unit determines the reproduction time of the second progress bar starting point according to the reproduction time of the starting point of the part to be amplified, and determines according to the reproduction time of the terminating point of the part to be amplified the reproduction time of the second progress bar terminating point.

6. progress bar precision adjusting device according to claim 5, it is characterised in that the progress bar processing unit also includes：

Amplify alignment unit, for judging whether the starting point of the part to be amplified exceeds the starting point of first progress bar, and/or whether the terminating point of the part to be amplified exceeds the terminating point of first progress bar, and in the case where the starting point of the part to be amplified is beyond the starting point of first progress bar, starting point using first progress bar is starting point, the part equal with the partial-length to be amplified is obtained on first progress bar and is used as the part to be amplified, and/or in the case where the terminating point of the part to be amplified is beyond the terminating point of first progress bar, terminating point using first progress bar is terminating point, the part equal with the partial-length to be amplified is obtained on first progress bar and is used as the part to be amplified.

7. progress bar precision adjusting device according to claim 2, it is characterised in that the degree of regulation determining unit also includes：

Position judgment unit, the incidence relation for the positional information according to the terminating point and default position and precision judges raising precision or reduction precision,

Wherein, the computing unit obtains the precision according to first distance and the preset multiple and adjusts multiple when the position judgment unit judges to improve precision, and when the position judgment unit judges reduction precision, according to first distance The precision regulation multiple is obtained with the inverse of the preset multiple.

8. the progress bar precision adjusting device according to any one of claim 3 to 6, it is characterised in that also include：Progress bar closing unit, for at the end of the reproduction time of second progress bar, in preset time it is unidentified to the operation of second progress bar when or when receiving the instruction for closing second progress bar, close second progress bar, and/or in the instruction of closing first progress bar received, close first progress bar.

9. the progress bar precision adjusting device according to any one of claim 3 to 6, it is characterised in that also include：Memory cell, for according to the preservation instruction received, preserving described second and playing precision,

Wherein, the progress bar generation unit is additionally operable to when recognizing predetermined registration operation, and playing precision according to described second generates second progress bar.

10. the progress bar precision adjusting device according to any one of claim 3 to 6, it is characterised in that also include：Multiple adjustment unit, for according to the multiple regulating command received, adjusting the preset multiple.

The 1 1. progress bar precision adjusting device according to claim 1, it is characterised in that the degree of regulation determining unit includes：

Recording unit, positional information and the positional information of corresponding terminating point for recording at least one starting point of the operation on the progress bar of the player；

Computing unit, for calculating the terminating point to the second distance of its corresponding starting point, average distance is obtained to the second distance of its corresponding starting point according to each terminating point, obtaining the precision according to the average distance and preset multiple adjusts multiple.

12. the progress bar precision adjusting device according to claim 11, it is characterised in that the progress bar processing unit includes：

Progress bar adjustment unit, for adjusting the broadcasting precision that multiple adjusts the progress bar of the player according to the precision；Playback time determining unit, for according to the starting point and/or the terminating point on the player corresponding reproduction time, it is determined that regulation after progress bar starting point reproduction time and the reproduction time of terminating point.

13. the progress bar precision adjusting device according to claim 1, it is characterised in that the degree of regulation determining unit includes：

Operation recognition unit, for recognizing the operation carried out in the player；

Precision query unit, for judging whether the operation belongs to predetermined registration operation, if belonging to predetermined registration operation, inquires about the precision regulation multiple corresponding with the operation.

14. a kind of play system, it is characterised in that including the progress bar precision adjusting device any one of claim 1 to 13.

15.-kind of terminal, it is characterised in that including the progress bar precision adjusting device any one of claim 1 to 13, and/or the play system described in claim 14.

16. a kind of progress bar precision adjusting method, applied to player, it is characterised in that including：

Step 202, determine that precision adjusts multiple according to the operation recognized；

Step 204, multiple is adjusted according to the precision progress bar of the player is adjusted.

17. progress bar precision adjusting method according to claim 16, it is characterised in that the step 202 includes：Step 2022, the positional information of the terminating point of the operation is recorded；

Step 2024, the terminating point, which is calculated, to the first distance of the first progress bar of the player, and the precision is obtained according to first distance and preset multiple adjusts multiple.

18. progress bar precision adjusting method according to claim 17, it is characterised in that the step 2024 includes：Second broadcasting precision is obtained with precision regulation multiple according to the first of first progress bar the broadcasting precision；Then the step 204 also includes：The second progress bar is generated for playing precision according to described second.

19. progress bar precision adjusting method according to claim 18, it is characterised in that the step 202 also includes：The positional information of the starting point of the operation is recorded, according to the horizontal range of the terminating point to the starting point and described second Play accuracy computation deviant；Then the step 204 also includes：Benchmark reproduction time described in when being initiated according to the operation on the first progress bar, determine the reproduction time at the midpoint of second progress bar, and determined to continue reproduction time on second progress bar according to the reproduction time and the deviant at the midpoint of second progress bar, and continue to play from the continuation reproduction time.

20. progress bar precision adjusting method according to claim 19, it is characterised in that the step 202 also includes：The length of the second progress bar reciprocal and described of multiple is adjusted according to the precision, the part to be amplified using the benchmark reproduction time as midpoint is determined on first progress bar；Then the step 204 also includes：The reproduction time of the second progress bar starting point is determined according to the reproduction time of the starting point of the part to be amplified, and determines according to the reproduction time of the terminating point of the part to be amplified the reproduction time of the second progress bar terminating point.

21. progress bar precision adjusting method according to claim 20, it is characterised in that the step 204 also includes：Judge whether the starting point of the part to be amplified exceeds the starting point of first progress bar, and/or whether the terminating point of the part to be amplified exceeds the terminating point of first progress bar, and in the case where the starting point of the part to be amplified is beyond the starting point of first progress bar, starting point using first progress bar is starting point, the part equal with the partial-length to be amplified is obtained on first progress bar and is used as the part to be amplified, and/or in the case where the terminating point of the part to be amplified is beyond the terminating point of first progress bar, terminating point using first progress bar is terminating point, the part equal with the partial-length to be amplified is obtained on first progress bar and is used as the part to be amplified.

22. progress bar precision adjusting method according to claim 17, it is characterised in that the step 202 also includes：Judged to improve precision or reduction precision according to the incidence relation of the positional information of the terminating point and default position and precision, when the position judgment unit judges to improve precision, the precision regulation multiple is obtained according to first distance and the preset multiple, and when the position judgment unit judges reduction precision, the precision is obtained according to the inverse of first distance and the preset multiple and adjusts multiple.

23. the progress bar precision adjusting method according to any one of claim 18 to 21, it is characterised in that also include：When at the end of the reproduction time of second progress bar, in preset time it is unidentified to the operation of second progress bar when or when receiving the instruction for closing second progress bar, close second progress bar, and/or in the instruction of closing first progress bar received, close first progress bar.

24. the progress bar precision adjusting method according to any one of claim 18 to 21, it is characterised in that also include：According to the preservation instruction received, preserve described second and play precision, and when recognizing predetermined registration operation, play precision according to described second and generate second progress bar.

25. the progress bar precision adjusting method according to any one of claim 18 to 21, it is characterised in that also include：According to the multiple regulating command received, the preset multiple is adjusted.

26. progress bar precision adjusting method according to claim 16, it is characterised in that the step 202 includes：Step 2022, the positional information of the starting point of the operation and the positional information of terminating point are recorded；

Step 2024, the terminating point, which is calculated, to the second distance of its corresponding starting point, and the precision is obtained according to the second distance and preset multiple adjusts multiple.

27. progress bar precision adjusting method according to claim 26, it is characterised in that the step 204 includes：Step 2042, the broadcasting precision that multiple adjusts the progress bar of the player is adjusted according to the precision；

Step 2044, according to the starting point and/or the terminating point on the player corresponding reproduction time, it is determined that regulation after progress bar starting point reproduction time and the reproduction time of terminating point.

28. progress bar precision adjusting method according to claim 16, it is characterised in that the step 202 includes：Step 2022, the operation carried out in the player is recognized；

Step 2024, judge whether the operation belongs to predetermined registration operation, if belonging to predetermined registration operation, inquire about the precision regulation multiple corresponding with the operation.