CN104038620A - Mobile phone video playing control system and method thereof - Google Patents
Mobile phone video playing control system and method thereof Download PDFInfo
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- CN104038620A CN104038620A CN201310071258.6A CN201310071258A CN104038620A CN 104038620 A CN104038620 A CN 104038620A CN 201310071258 A CN201310071258 A CN 201310071258A CN 104038620 A CN104038620 A CN 104038620A
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Abstract
The invention discloses a mobile phone video playing control system and a method thereof. The system comprises a sliding sensing module used for sensing sliding on a mobile phone screen to acquire a sliding parameter, an intention judging module connected with the sliding sensing module and used for judging the operation intention of a mobile phone user according to the sliding parameter, and a playing control module connected with the intention judging module and used for performing playing control on a video currently played by a mobile phone player according to the operation intention. According to the invention, when a video is played on a mobile phone, sliding and other operations can be performed through touch on the mobile phone screen in a specified direction to control related functions of the currently-played video such as volume, brightness and playing progress.
Description
Technical field
The present invention relates to mobile video play-back technology, particularly relate to a kind of mobile video broadcasting control system and method thereof.
Background technology
Along with the high speed development of mobile phone technique now, the smart mobile phone in a large number on the market with large scale touch-screen emerges like the mushrooms after rain, the demand that realizes more amusement function on mobile phone becomes and is more prone to and urgently, in the middle of many demands, watches video to stand in the breach with mobile phone.
On the other hand, due to mobility, portability and the indispensable property of mobile phone products self, watch video also to be accepted by increasing user with mobile phone, in bus and subway, be seen everywhere and watch the user of video with mobile phone.
And at present in intelligent touch-screen mobile phone platform, user uses video jukebox software, carries out in the process of video playback, the Play Control operation that play video is adopted, substantially still follow the mode of operation of PC and conventional keys mobile phone, adopt the mode of operation of click keys.And user is in the time using intelligent touch-screen mobile phone to watch video, cannot make the operations such as slip to mobile phone screen assigned direction by touching (as finger touch), control the correlation function of the video of current broadcasting, as: volume, brightness, playing progress rate etc.
In existing intelligent touch-screen mobile phone platform, comprise Android Android and apple iOS platform, the usually operation of use of right and wrong of slide for finger on screen.As: carry out that menu slides up and down, the dragging etc. of the locking of screen and release, icon.
But present stage, market also do not have the Realization of Product of mobile video player class to rely on the technology of screen slide control video playback correlation function.The mode of operation that traditional mobile video player adopts still needs user to carry out clicking operation to figure button fixing on Product Interface, or to corresponding interactive operations such as the graphic element of tool elephant in Product Interface drag.
Taking a video player product as example, as shown in Figure 1A, product is in the time of this state, user clicks after the button in dotted line frame wherein, to suspend existing video, simultaneously this button is the state being transformed in Figure 1B, i.e. " broadcast button " in its dotted line frame, and this kind of operation is the clicking operation of peg button.
In Figure 1A, product is in the time of this state, and user pins wherein after round slider, and drags to the position in state Figure 1B always and loose one's grip, the reproduction time progress that will make current video by 36 points within 34 seconds, proceed to soon 53 points 54 seconds, this kind of operation is the drag operation of Material graph element.
Because mobile video is play, require in the time of video playback, to utilize whole pixels of mobile phone screen to show current video, reach maximum screen utilization rate, the video effect that user is watched is the most perfect.So current mobile video player product generally all adopts exhalation formula operation interface, be to show user interface on the upper strata of video playback bed boundary, as shown in Figure 2.In the time that user uses the video player of this kind of technology of employing to watch video, while wanting to carry out associative operation, must pass through following four steps:
1. click video playback layer, excited users operation interface layer, allows it be presented on video playback layer;
2. find function button or the functional element of appointment;
3. pair this button or element is clicked or other operations;
4. hide user interface, complete this time operation.
If being user, the shortcoming of this kind of technology wants to operate in the time watching video, must be after auxiliary operation several times, could carry out the function that user wants operation, user's operating procedure is comparatively complicated, the repeatable operation of common function when causing user to watch video, user's experience and operating efficiency are all very poor.
Summary of the invention
The object of the present invention is to provide a kind of mobile video broadcasting control system and method thereof, for when mobile phone is during at displaying video, mobile phone screen assigned direction is made to the operations such as slip by touching, controlled the correlation function of current displaying video, as: volume, brightness, playing progress rate etc.
To achieve these goals, the invention provides a kind of mobile video broadcasting control system, it is characterized in that, comprising:
Slip sensing module, for the slip on sensing mobile phone screen, obtains slip parameter;
Intention judge module, connects described slip sensing module, for according to described slip parameter, judges cellphone subscriber's operation intention;
Transmit control module, connects described intention judge module, for the current displaying video of the player of mobile phone being carried out to Play Control according to described operation intention.
Described mobile video broadcasting control system, wherein, described slip parameter comprises: path direction, path length and the sliding speed of slip.
Described mobile video broadcasting control system, wherein, described intention judge module comprises:
Rewind down F.F. judge module, for when sliding when the horizontally slipping of video playback region, judges that described operation is intended to rewind down or the F.F. of current displaying video;
Volume adjusting judge module, be used for when sliding as in the time that the up/down in video playback region is slided, judge that described operation is intended to increase/reduce the volume of current displaying video, or when UI interface display volume adjusting panel and slide as in the time that the left/right in video playback region is slided, judge that described operation is intended to reduce/increase the volume of current displaying video;
Brightness regulation judge module, for when UI interface display brightness regulation panel and slide as in the time that the left/right in video playback region is slided, judges that described operation is intended to reduce/increase the brightness of screen display;
A upper video judge module, for when sliding when upwards the sliding of video playback region, judges that described operation is intended to a upper video of current displaying video left; And
Next video judge module, for when sliding when upwards the sliding of video playback region, judges that described operation is intended to next video of current displaying video to the right.
Described mobile video broadcasting control system, wherein, described transmit control module comprises:
Rewind down F.F. control module, when be intended to the rewind down of video or F.F. when described operation, carries out rewind down or F.F. to current displaying video;
Volume adjusting control module, for be intended to increase/reduce the volume of video when described operation, reduces/increases the volume of current displaying video;
Brightness regulation control module, for be intended to reduce/increase the brightness of screen display when described operation, reduces/increases the brightness of screen display;
A upper video control module, for being intended to a upper video when described operation, carries out word demonstration to a upper video of current displaying video; And
Next video control module, for being intended to next video when described operation, carries out word demonstration to next video of current displaying video.
Described mobile video broadcasting control system, wherein, described transmit control module comprises:
UI shows hiding control module, for making after gesture in video playback region as cellphone subscriber, and the UI interface of display video player; In the time of UI interface display, cellphone subscriber clicks the gesture zone of action, hides UI interface.
To achieve these goals, the invention allows for a kind of mobile video control method for playing back, it is characterized in that, comprising:
Step 1, the slip on sensing mobile phone screen, obtains slip parameter;
Step 2, according to described slip parameter, judges cellphone subscriber's operation intention;
Step 3, the video that is intended to the current broadcasting of player to mobile phone according to described operation carries out Play Control.
Described mobile video control method for playing back, wherein, in described step 1, described slip parameter comprises: path direction, path length and the sliding speed of slip.
Described mobile video control method for playing back, wherein, in described step 2, comprising:
When sliding when the horizontally slipping of video playback region, judge that described operation is intended to rewind down or the F.F. of video; And/or
When sliding as in the time that the up/down in video playback region is slided, judge that described operation is intended to increase/reduce the volume of video, or when UI interface display volume adjusting panel and slide as in the time that the left/right in video playback region is slided, judge that described operation is intended to reduce/increase the volume of video; And/or
When UI interface display brightness regulation panel and slide as in the time that the left/right in video playback region is slided, judge that described operation is intended to reduce/increase the brightness of screen display; And/or
When sliding when upwards the sliding of video playback region, judge that described operation is intended to a video left; And/or
When sliding when upwards the sliding of video playback region, judge that described operation is intended to next video to the right.
Described mobile video control method for playing back, wherein, in described step 3, comprising:
In the time that described operation is intended to the rewind down of video or F.F., the video of current broadcasting is carried out to rewind down or F.F.; And/or
When described operation is intended to increase/reduce the volume of video, reduce/increase the volume of the video of current broadcasting; And/or
When described operation is intended to reduce/increase the brightness of screen display, reduce/increase the brightness of the video of current broadcasting; And/or
When described operation is intended to a upper video, a upper video of the video to current broadcasting carries out word demonstration; And/or
When described operation is intended to next video, next video of the video to current broadcasting carries out word demonstration.
Described mobile video control method for playing back, wherein, in described step 3, comprising:
When cellphone subscriber makes after gesture in video playback region, the UI interface of display video player; In the time of UI interface display, cellphone subscriber clicks the gesture zone of action, hides UI interface.。
Compared with prior art, useful technique effect of the present invention is:
(1). make cellphone subscriber in the time watching video, carry out more efficiently associative operation.
The present invention is applicable to user and watches the horizontal screen state of video, and user vertically mobile phone just can carry out relevant operation.
(2). the smooth playing of break of video not in the middle of operating process.
When user does gesture operation (as operations such as volume, brightness, video progresses) can not change the broadcast state of video, operation after continue at once to watch.
(3). more meet the user operation habits of high-end smartphones, keep the consistency of user's operation.
Consistent with the mode of operation of higher-end platform cellphone subscriber routine use mobile phone, user slides to mobile phone screen.
(4). novel operating gesture is experienced the user's experience that gives user's excellence.
User will show in real time user's finger sliding track and corresponding information indicating in the middle of the process of operation, as time, prompt text etc.
Brief description of the drawings
Figure 1A, Figure 1B are the broadcast state control schematic diagrames of existing video player;
Fig. 2 is the exhalation formula operation interface schematic diagram of existing video player;
Fig. 3 is the operation interface schematic diagram of video player of the present invention;
Fig. 4 is mobile video broadcasting control system structure chart of the present invention;
Fig. 5 is mobile video control method for playing back flow chart of the present invention;
Fig. 6 is the operating function structure chart of video player of the present invention;
Fig. 7 is the operation embodiment of video player of the present invention;
Fig. 8 is the gesture track schematic diagram on the broadcast interface of video player of the present invention;
Fig. 9 is the demonstration/hiding schematic diagram at the UI interface of video player of the present invention;
Figure 10 is the automatically hiding schematic diagram at the UI interface of video player of the present invention;
Figure 11 is the video fast forward/rewind down embodiment that realizes current displaying video of video player of the present invention;
Figure 12 is the volume adjusting embodiment that realizes current displaying video of video player of the present invention;
Figure 13 is the volume adjusting embodiment that realizes current displaying video of video player of the present invention;
Figure 14 is the volume adjusting embodiment that realizes current displaying video of video player of the present invention;
Figure 15 is that the luminance video of realizing current displaying video of video player of the present invention regulates embodiment;
Figure 16 is a upper video embodiment who realizes current displaying video of video player of the present invention;
Figure 17 is next video embodiment that realizes current displaying video of video player of the present invention.
Embodiment
Describe the present invention below in conjunction with the drawings and specific embodiments, but not as a limitation of the invention.
As shown in Figure 3, be the operation interface schematic diagram of video player of the present invention.This technical scheme, based on high-end smartphones platform, comprising: Android and iOS platform.
In Fig. 3, comprise that user interface layer UI(is called for short UI interface), gesture key-course and video playback layer.Gesture key-course is in the lower floor of user interface layer, on the upper strata of video playback layer.
Video playback layer, for the layer at place, video playback region, for the interface that displays the play, only, for showing, participating user is not mutual;
Gesture key-course, accepts user's gesture operation, and identification user's gesture, is converted into control command, operation user's broadcasting behavior;
User interface layer, accepts the common interbehavior of user to interface, such as button click, pull scroll bar etc., is also a kind of common form of operation user broadcast interface;
The gesture zone of action is a region in gesture key-course, and in the time that user carries out gesture operation in this region, gesture behavior can be identified;
User finger carries out horizontal or vertical slip on mobile phone screen, by according to the speed of the path direction of user's finger sliding, distance length and slip etc., judge that user's operation is intended to and current video is carried out to relevant function, and operating function is as follows:
(1). hiding and demonstration of the UI interface of video player;
(2). regulate the volume of current displaying video;
(3). the screen luminance of mobile phone while regulating current displaying video;
(4). adjust the reproduction time progress of current video;
(5). play upper one or next video of current video.
Shown in Fig. 3, gesture operation implementation:
Gesture operation take the full frame interface of player as whole operating area scope, by the change recording user gesture operation action of reference axis, completes corresponding changes of function;
1) screen is laterally X reference axis; Be longitudinally Y reference axis;
2) reference axis is calculated taking pixel as unit;
3) in finger sliding process, recording user operation process, in the time that reference axis changes anyhow, while being more than or equal to 60 pixel, finger is removed after screen, and operational motion comes into force.
As shown in Figure 4, be mobile video broadcasting control system structure chart of the present invention.This control system 400 comprises: slip sensing module 41, intention judge module 42, transmit control module 43.
Slip sensing module 41, for the slip on sensing mobile phone screen, obtains slip parameter;
Intention judge module 42, connects slip sensing module 41, for according to slip parameter, judges cellphone subscriber's operation intention;
Transmit control module 43, connects intention judge module 42, carries out Play Control for the video of the current broadcasting of player to mobile phone according to operation intention.
Further, slip parameter comprises: path direction, path length and the sliding speed of slip.
Further, intention judge module 42, comprising:
Rewind down F.F. judge module 421, for when sliding when the horizontally slipping of video playback region, decision operation is intended to rewind down or the F.F. of video;
Volume adjusting judge module 422, in the time sliding as upward sliding in video playback region, decision operation is intended to increase the volume of video, and in the time sliding as down sliding in video playback region, decision operation is intended to reduce the volume of video;
Or when UI interface display volume adjusting panel and while sliding as slip left in video playback region, decision operation is intended to reduce the volume of video; Or when UI interface display volume adjusting panel and while sliding as slip to the right in video playback region, decision operation is intended to increase the volume of video.
Brightness regulation judge module 423, for when UI interface display brightness regulation panel and while sliding as slip left in video playback region, decision operation is intended to reduce the brightness of screen display; When UI interface display brightness regulation panel and while sliding as slip to the right in video playback region, decision operation is intended to increase the brightness of screen display;
A upper video judge module 424, for when sliding when upwards the sliding of video playback region, judges that described operation is intended to a video left; And
Next video judge module 425, for when sliding when upwards the sliding of video playback region, judges that described operation is intended to next video to the right.
Further, transmit control module 43, comprising:
Rewind down F.F. control module 431, when be intended to the rewind down of video or F.F. when described operation, carries out rewind down or F.F. to the video of current broadcasting;
Volume adjusting control module 432, is intended to increase/reduce the volume of video for described operation, reduce/increase the volume of the video of current broadcasting;
Brightness regulation control module 433, for be intended to reduce/increase the brightness of screen display when described operation, reduces/increases the brightness of the video of current broadcasting;
A upper video control module 434, for being intended to a upper video when described operation, a upper video of the video to current broadcasting carries out word demonstration; And
Next video control module 435, for being intended to next video when described operation, next video of the video to current broadcasting carries out word demonstration.
Further, transmit control module 43, comprising:
UI shows hiding control module 436, for making after gesture in video playback region as cellphone subscriber, and the UI interface of display video player; In the time of UI interface display, cellphone subscriber clicks the gesture zone of action, hides UI interface.
As shown in Figure 5, be mobile video control method for playing back flow chart of the present invention.Shown in Fig. 1-4, this flow process specifically comprises that step is as follows:
Step 510, the slip on slip sensing module 41 sensing mobile phone screens, obtains slip parameter;
Step 520, intention judge module 42, according to described slip parameter, judges cellphone subscriber's operation intention;
Step 530, the video that transmit control module 43 is intended to the current broadcasting of player to mobile phone according to described operation carries out Play Control.
Further, in step 510, described slip parameter comprises: path direction, path length and the sliding speed of slip.
Further, in step 520, comprising:
Intention judge module 42, when sliding when the horizontally slipping of video playback region, judges that described operation is intended to rewind down or the F.F. of video; And/or
Intention judge module 42 is when sliding as in the time that the up/down in video playback region is slided, judge that described operation is intended to increase/reduce the volume of video, or when UI interface display volume adjusting panel and slide as in the time that the left/right in video playback region is slided, judge that described operation is intended to reduce/increase the volume of video; And/or
Be intended to judge module 42 when UI interface display brightness regulation panel and slide as in the time that the left/right in video playback region is slided, judging that described operation is intended to reduce/increase the brightness of screen display; And/or
Intention judge module 42, when sliding when upwards the sliding of video playback region, judges that described operation is intended to a video left; And/or
Intention judge module 42, when sliding when upwards the sliding of video playback region, judges that described operation is intended to next video to the right.
Further, in step 530, comprising:
Transmit control module 43, in the time that described operation is intended to the rewind down of video or F.F., carries out rewind down or F.F. to the video of current broadcasting; And/or
Transmit control module 43, when described operation is intended to increase/reduce the volume of video, reduces/increases the volume of the video of current broadcasting; And/or
Transmit control module 43, when described operation is intended to reduce/increase the brightness of screen display, reduces/increases the brightness of the video of current broadcasting; And/or
Transmit control module 43 is worked as described operation and is intended to a video, and a upper video of the video to current broadcasting carries out word demonstration; And/or
Transmit control module 43 is worked as described operation and is intended to next video, and next video of the video to current broadcasting carries out word demonstration.
Further, in described step 530, comprising:
Transmit control module 43 is made after gesture in video playback region as cellphone subscriber, the UI interface of display video player; In the time of UI interface display, cellphone subscriber clicks the gesture zone of action, hides UI interface.
As shown in Figure 6, be the operating function structure chart of video player of the present invention.In conjunction with Fig. 6, specific descriptions user carries out the control procedure of video playback by finger touch:
61, when finger touches screen, activate UI interface, show UI interface;
62, finger slides up or down, when Y-axis exceedes 60 pixel, removes screen when finger, and operation comes into force, capable of adjusting sound volume size; Or first click after " sound " control button at screen left end, when top, UI interface demonstrates sound adjusting, slide to the left or to the right by finger, when X reference axis exceedes 60 pixel, remove screen when finger, operation comes into force, capable of adjusting sound volume size;
63, first click " shading value " at screen right-hand member and regulate after button, when top, UI interface demonstrates shading value adjusting, slide to the left or to the right by finger, when X reference axis exceedes 60 pixel, remove screen when finger, operation comes into force, adjustable shading value size;
64, at broadcast interface, while directly sliding past 60 pixel to the left or to the right, remove screen when finger, operation comes into force, adjustable video F.F. or rewind down;
65, at broadcast interface, upwards slide to the right left or upwards, when X and Y coordinates axle exceedes 60 pixel simultaneously, remove screen when finger, operation comes into force, and can play one or next video.
As shown in Figure 7, be the operation embodiment of video player of the present invention.In this embodiment, mobile video play-back technology of the present invention is applied in player, applies as follows:
For iOS system, gesture realizes: F.F., rewind down, a upper video, next video capability.
For Android system, gesture realizes: F.F., rewind down, a upper video, next video, volume adjusting, brightness control function.
In Fig. 7, comprise UI interface 71, the gesture zone of action 72.
In the time that UI interface 71 shows, user's gesture operation only comes into force in the gesture zone of action 72, but slidably arrives UI interface 71, and is presented at the below at UI interface 71; Starting gesture operation at UI interface 71 does not come into force.
User is carrying out in the process of gesture operation, on broadcast interface, by the gesture track 81 of drawing out dynamically user and sliding, gives user clear and definite visual feedback.Gesture track 81 default color are blue, as shown in Figure 8.
As shown in Figure 9, Figure 10, can realize the demonstration at UI interface 71/hide by gesture respective action, click the play area of video, UI interface 71 hides.
Gesture motion works at video played in full screen interface, and in the time that UI interface 71 hides, user makes after gesture operation, and except completing corresponding function, UI interface 71 should show at once.
In the time that UI interface 71 shows, user clicks the gesture zone of action 72, and UI interface 71 should hide at once.
Describe in detail:
1) UI interface display:
In the time that UI interface 71 hides, click video playback region, UI interface 71 shows immediately.
When current video suspends, " play/suspend " button should be shown as broadcasting icon, clicks this buttons play current video.Now the full frame UI of video interface, remains demonstration.
When video is in connecting and when buffer status, the full frame UI of video interface, remains demonstration.After buffering, full frame UI interface disappears at once.
2) UI interface hides:
Click in video playback region, UI interface 71 hides, Stealth Modus is that UI interface 71 upward slidings of the first half disappear, UI interface 71 down slidings of the latter half disappear, the whole disappearance process of " sliding and disappear " completes for 0.75 second, if hiding process mid-point at UI interface 71, user hits screen, now reactionless.
As not operation within 3 seconds, UI interface 71 hides automatically, sees Figure 10.
As shown in figure 11, can realize the video fast forward/rewind down of current displaying video by gesture, slide in video playback region left/right.Describe in detail:
1) finger, after screen is pressed, while starting to slide to the left or to the right, shows sliding trace, and when finger lifts, cut disappears, and starts buffered video in the position of F.F. or rewind down.
2) in sliding process, (time format is for " hour: minute: second " to show the video time of drag/sliding position taking eye-catching numeral, if less than one hour, show " minute: second "), in UI interface, " current video reproduction time " also synchronously changes simultaneously.
3) gesture from mobile phone screen left side or right side slide into opposite side and can regulate 1/10 of whole film time span, slide not enough screen transverse width apart from time, regulate time span to convert by above rule.
As shown in Figure 12-14, can realize the volume adjusting of current displaying video by gesture, volume adjusting has two kinds of modes to realize:
Method one: in the longitudinal sliding motion of video playback region;
Method two: click after volume adjusting button, top, UI interface will show volume adjusting panel, now slide in video playback region left/right;
Describe in detail:
(1) in the longitudinal sliding motion of video playback region
At video playback region upward sliding, increase volume, as shown in figure 12.
At video playback region down sliding, reduce volume, as shown in figure 13.
In gesture operation, top, UI interface will show volume adjusting panel, as the dotted portion in Figure 12, Figure 13, and shine upon associative operation simultaneously.
One half-distance of gesture longitudinal sliding motion screen height on mobile phone screen, can regulate whole values of mobile media volume, while sliding the longitudinal height distance of not enough screen, regulates volume value to convert by above rule.
(2) click after volume adjusting button, top, UI interface will show volume adjusting panel, now slide in video playback region left/right, as shown in figure 14.
Gesture on mobile phone screen, laterally slide above the distance of volume adjusting panel slide block slip total length, can regulate whole values of mobile media volume, slide not enough this apart from time, regulate volume value to convert by above rule.
Click " volume adjusting " button, show by " volume adjusting panel " the now highlighted demonstration of " volume adjusting " button, user left and right drags slide block or horizontally slips in video playback region, can regulate the size of volume, for reducing, being to increase, slide into high order end quiet to the right left;
In the time that " volume adjusting panel " shows, again click " volume adjusting " button, " volume adjusting " button becomes normal state, and " volume adjusting panel " disappears.
If after " volume adjusting panel " demonstration, in 5 seconds, without any operation, panel will be hidden automatically, hiding process can be to fade out and disappears or down sliding disappearance; In the time of Display panel, click video playback region, panel will be hidden.
As shown in figure 15, can realize the luminance video adjusting of current displaying video by gesture.Clicking luminance video and regulate after button,, by vision-control panel, now slides in video playback region left/right in top, UI interface.
Describe in detail:
Gesture on mobile phone screen, laterally slide above the distance of brightness regulation panel slide block slip total length, whole values that can adjusting screen luminance of mobile phone, slide not enough this apart from time, brightness adjusting value converts by above rule.
As shown in figure 16, can realize a upper video of current displaying video by gesture.Upwards slide left in video playback region.
Describe in detail:
Should show " a upper video " with eye-catching word, to point out user, meet user psychology expection, this prompt text disappears for 1 second afterwards.
As shown in figure 17, can realize next video of current displaying video by gesture.Upwards slide to the right in video playback region.
Describe in detail:
Should show " next video " with eye-catching word, to point out user, meet user psychology expection, this prompt text disappears for 1 second afterwards.
The present invention is that user points and on mobile phone screen, carries out horizontal or vertical slip, and according to the speed of the path direction of user's finger sliding, distance length and slip etc., judge user's operation intention and current video is carried out to relevant function.
The present invention proposes the operational motion of six kinds of gestures and every kind of corresponding video regulatory function point of action, prompt text and track color apart from speed judgment mechanism and screen display.
Adopt technical solution of the present invention, make user full frame while watching video on mobile video player, only slide and just can realize the adjustment of video correlation function by simple screen, offer the video-see experience of cellphone subscriber's excellence.
The present invention can make user in the time doing gesture operation vertically mobile phone just can carry out relevant operation, can't change the broadcast state of video, operation after continue at once to watch.Give user high-end, dazzle outside cruel operating experience, also ensured high-end smartphones user's operational consistency, make user can complete more easily watching and the operation of software of mobile video, realized the science and technology theory that people-oriented.
Whether the present invention uses through experiment, simulation, industrialness and proves feasiblely, and result how.
The technical scheme that the present invention proposes is through the too much strict test of wheel, and in video player, use professional Monkey test environment, on ten sections of mobile phones, carry out high-intensity test simultaneously, passed through 5 taking turns × the continuous analog operation of 10000 times, all reach without abnormal, without reporting an error, normal termination.
The present invention is in the middle of long-time, the multi-platform actual operation of video player product, and the user feedback result of this technology all shows well, user experiences very satisfied.
Certainly; the present invention also can have other various embodiments; in the situation that not deviating from spirit of the present invention and essence thereof; those of ordinary skill in the art are when making according to the present invention various corresponding changes and distortion, but these corresponding changes and distortion all should belong to the protection range of the appended claim of the present invention.
Claims (10)
1. a mobile video broadcasting control system, is characterized in that, comprising:
Slip sensing module, for the slip on sensing mobile phone screen, obtains slip parameter;
Intention judge module, connects described slip sensing module, for according to described slip parameter, judges cellphone subscriber's operation intention;
Transmit control module, connects described intention judge module, for the current displaying video of the player of mobile phone being carried out to Play Control according to described operation intention.
2. mobile video broadcasting control system according to claim 1, is characterized in that, described slip parameter comprises: path direction, path length and the sliding speed of slip.
3. mobile video broadcasting control system according to claim 1 and 2, is characterized in that, described intention judge module comprises:
Rewind down F.F. judge module, for when sliding when the horizontally slipping of video playback region, judges that described operation is intended to rewind down or the F.F. of current displaying video;
Volume adjusting judge module, be used for when sliding as in the time that the up/down in video playback region is slided, judge that described operation is intended to increase/reduce the volume of current displaying video, or when UI interface display volume adjusting panel and slide as in the time that the left/right in video playback region is slided, judge that described operation is intended to reduce/increase the volume of current displaying video;
Brightness regulation judge module, for when UI interface display brightness regulation panel and slide as in the time that the left/right in video playback region is slided, judges that described operation is intended to reduce/increase the brightness of screen display;
A upper video judge module, for when sliding when upwards the sliding of video playback region, judges that described operation is intended to a upper video of current displaying video left; And
Next video judge module, for when sliding when upwards the sliding of video playback region, judges that described operation is intended to next video of current displaying video to the right.
4. mobile video broadcasting control system according to claim 3, is characterized in that, described transmit control module comprises:
Rewind down F.F. control module, when be intended to the rewind down of video or F.F. when described operation, carries out rewind down or F.F. to current displaying video;
Volume adjusting control module, for be intended to increase/reduce the volume of video when described operation, reduces/increases the volume of current displaying video;
Brightness regulation control module, for be intended to reduce/increase the brightness of screen display when described operation, reduces/increases the brightness of screen display;
A upper video control module, for being intended to a upper video when described operation, carries out word demonstration to a upper video of current displaying video; And
Next video control module, for being intended to next video when described operation, carries out word demonstration to next video of current displaying video.
5. according to the mobile video broadcasting control system described in claim 1,2 or 4, it is characterized in that, described transmit control module comprises:
UI shows hiding control module, for making after gesture in video playback region as cellphone subscriber, and the UI interface of display video player; In the time of UI interface display, cellphone subscriber clicks the gesture zone of action, hides UI interface.
6. a mobile video control method for playing back, is characterized in that, comprising:
Step 1, the slip on sensing mobile phone screen, obtains slip parameter;
Step 2, according to described slip parameter, judges cellphone subscriber's operation intention;
Step 3, the video that is intended to the current broadcasting of player to mobile phone according to described operation carries out Play Control.
7. mobile video control method for playing back according to claim 6, is characterized in that, in described step 1, described slip parameter comprises: path direction, path length and the sliding speed of slip.
8. according to the mobile video control method for playing back described in claim 6 or 7, it is characterized in that, in described step 2, comprising:
When sliding when the horizontally slipping of video playback region, judge that described operation is intended to rewind down or the F.F. of video; And/or
When sliding as in the time that the up/down in video playback region is slided, judge that described operation is intended to increase/reduce the volume of video, or when UI interface display volume adjusting panel and slide as in the time that the left/right in video playback region is slided, judge that described operation is intended to reduce/increase the volume of video; And/or
When UI interface display brightness regulation panel and slide as in the time that the left/right in video playback region is slided, judge that described operation is intended to reduce/increase the brightness of screen display; And/or
When sliding when upwards the sliding of video playback region, judge that described operation is intended to a video left; And/or
When sliding when upwards the sliding of video playback region, judge that described operation is intended to next video to the right.
9. mobile video control method for playing back according to claim 8, is characterized in that, in described step 3, comprising:
In the time that described operation is intended to the rewind down of video or F.F., the video of current broadcasting is carried out to rewind down or F.F.; And/or
When described operation is intended to increase/reduce the volume of video, reduce/increase the volume of the video of current broadcasting; And/or
When described operation is intended to reduce/increase the brightness of screen display, reduce/increase the brightness of the video of current broadcasting; And/or
When described operation is intended to a upper video, a upper video of the video to current broadcasting carries out word demonstration; And/or
When described operation is intended to next video, next video of the video to current broadcasting carries out word demonstration.
10. according to the mobile video control method for playing back described in claim 6,7 or 9, it is characterized in that, in described step 3, comprising:
When cellphone subscriber makes after gesture in video playback region, the UI interface of display video player; In the time of UI interface display, cellphone subscriber clicks the gesture zone of action, hides UI interface.
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