CN104077028A - Equipment and method for controlling display item in electronic equipment - Google Patents
Equipment and method for controlling display item in electronic equipment Download PDFInfo
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- CN104077028A CN104077028A CN201410230855.3A CN201410230855A CN104077028A CN 104077028 A CN104077028 A CN 104077028A CN 201410230855 A CN201410230855 A CN 201410230855A CN 104077028 A CN104077028 A CN 104077028A
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Abstract
The invention provides equipment and a method for controlling a display item in electronic equipment. The method comprises the following steps of: displaying a user interface comprising at least one display item; detecting a user operation executed aiming at the predetermined display item on the user interface, the user operation being used for rotating the predetermined display item; determining the direction to be rotated, of the predetermined display item according to the detected user operation; rotating the predetermined display item according to the determined direction. According to the equipment and the method, the display direction of the display item can be flexibly and effectively controlled in the electronic equipment.
Description
Technical field
The present invention relates to the control of display items display, more particularly, relate to a kind of equipment and method of controlling display items display in electronic equipment.
Background technology
Along with scientific and technological development, the function of electronic equipment (for example, mobile phone, panel computer, PC, game machine, numerical control device etc.) from strength to strength, can get more and more by simultaneously treated operational order.And, along with the display screen of electronic equipment is tending towards screen enlarging gradually, make a plurality of users use the hope of an electronic equipment to become a reality simultaneously.
In existing electronic equipment, can be on display screen according to unified direction, (for example show each display items display for user, icon (such as, application icon, folder icon, file neutron file icon, widgets icon etc.), window (such as, application window, folder window, web page windows, dialog box window etc.), thumbnail etc.).When user uses electronic equipment, can determine according to the placing direction of display screen the unified display direction of all display items display, thereby can check easily the display items display on display screen, and then operate accordingly.
Yet, when a plurality of users use electronic equipment simultaneously, in order to reach good viewing effect, all users need to watch display screen along the display direction of display items display, that is, all users need to be positioned at the same side of display screen, thereby electronic equipment is operated, this brings very large inconvenience to user, causes user's experience effect not good.
Therefore, the existing mode on the display screen of electronic equipment, display items display being shown is difficult to meet the demand that multi-user uses electronic equipment simultaneously.
Summary of the invention
Exemplary embodiment of the present invention is to provide a kind of equipment and the method that can control the display direction of the display items display on display screen in electronic equipment.
On the one hand, provide a kind of equipment of controlling display items display in electronic equipment according to an exemplary embodiment of the present invention, comprising: display device, for showing user interface, wherein, described user interface comprises at least one display items display; Pick-up unit, for detection of user's operation of carrying out for predetermined display item order in user interface, wherein, described user's operation is for being rotated described predetermined display item order; Direction determining device, for operating according to the user who detects the direction of determining that described predetermined display item order will rotate; Whirligig, for rotating described predetermined display item order according to definite direction.
In described equipment, described user's operation can comprise at least one in following: touch operation, physical button operation, acoustic control operation.
In described equipment, described touch operation can comprise at least one in following: slide, clicking operation, pressing operation, drag operation.
In described equipment, described pick-up unit can comprise: select detecting unit, for detection of the selection operation of carrying out in user interface, wherein, described selection operation is used for choosing described predetermined display item order; Rotation detecting circuit, for detection of the rotary manipulation of carrying out for the described predetermined display item order of choosing, wherein, described rotary manipulation is for being rotated the described predetermined display item order of choosing.
In described equipment, described user interface can be divided into a plurality of subregions, the corresponding sub regions of each display items display, and described selection operation comprises: clicking operation or the pressing operation at described predetermined display item object subregion, carried out.
In described equipment, described rotation detecting circuit can start to detect described rotary manipulation after described selection EO.
In described equipment, described pressing operation can comprise long by operation, and described rotation detecting circuit can detect described rotary manipulation by the duration of operation in described length.
In described equipment, described pick-up unit also can comprise: mobile detecting unit, for detection of the move operation of carrying out for the described predetermined display item order of choosing, wherein, described move operation is for moving the described predetermined display item order of choosing, and, described move operation can comprise drag operation, wherein, rotation detecting circuit detects the rotary manipulation of carrying out for the described predetermined display item order after movement, direction determining device determines according to the selection operation detecting the described predetermined display item order of choosing, according to the move operation detecting, determine the position that the described predetermined display item order chosen will move to, and determine according to the rotary manipulation detecting the direction that the described predetermined display item order after moving will rotate, and, whirligig moves to definite position by described predetermined display item order, and rotate described predetermined display item order according to definite direction.
In described equipment, described rotary manipulation can comprise: the slide of carrying out for described predetermined display item order, wherein, direction determining device can be determined the direction that described predetermined display item order will rotate according to the direction of the slide detecting.
In described equipment, described direction determining device can comprise: coordinate determining unit, rectangular coordinate for the sliding trace of determining the slide detect in user interface, wherein, the initial point that the center of described predetermined display item object subregion is rectangular coordinate; Direction resolution unit, for determining the direction that described predetermined display item order will rotate according to the rectangular coordinate of described sliding trace.
In described equipment, described direction resolution unit can comprise: quadrant determining unit, for effective quadrant of the direction that is identified for according to the rectangular coordinate of described sliding trace determining that described predetermined display item order will rotate; Orientation determination unit, for determining according to the direction of slide in effective quadrant the direction that described predetermined display item order will rotate.
In described equipment, quadrant determining unit can be defined as effective quadrant by the quadrant at the starting point place of described sliding trace.
In described equipment, quadrant determining unit can be defined as effective quadrant by having the quadrant of long sliding trace.
In described equipment, described display items display can comprise at least one in following: icon, window, thumbnail.
According to an exemplary embodiment of the present invention on the other hand, provide a kind of method of controlling display items display in electronic equipment, comprising: show user interface, wherein, described user interface comprises at least one display items display; User's operation that detection is carried out for predetermined display item order in user interface, wherein, described user's operation is for being rotated described predetermined display item order; According to the user who detects, operate the direction of determining that described predetermined display item order will rotate; According to definite direction, rotate described predetermined display item order.
In described method, described user's operation can comprise at least one in following: touch operation, physical button operation, acoustic control operation.
In described method, described touch operation can comprise at least one in following: slide, clicking operation, pressing operation, drag operation.
In described method, the step of user's operation that described detection is carried out for predetermined display item order in user interface can comprise: detect the selection operation of carrying out in user interface, wherein, described selection operation is used for choosing described predetermined display item order; The rotary manipulation that detection is carried out for the described predetermined display item order of choosing, wherein, described rotary manipulation is for being rotated the described predetermined display item order of choosing.
In described method, described user interface can be divided into a plurality of subregions, the corresponding sub regions of each display items display, and described selection operation can comprise: clicking operation or the pressing operation at described predetermined display item object subregion, carried out.
In described method, the step of the rotary manipulation that described detection is carried out for the described predetermined display item order of choosing can comprise: after described selection EO, start to detect described rotary manipulation.
In described method, described pressing operation can comprise long by operation, and the step of the rotary manipulation that described detection is carried out for the described predetermined display item order of choosing can comprise: in described length, by the duration of operation, detect described rotary manipulation.
In described method, the step of user's operation that described detection is carried out for predetermined display item order in user interface comprises: detect the selection operation of carrying out in user interface, wherein, described selection operation is used for choosing described predetermined display item order; According to the selection operation detecting, determine the described predetermined display item order of choosing; The move operation that detection is carried out for the described predetermined display item order of choosing, wherein, described move operation is for the described predetermined display item order of choosing is moved, and described move operation comprises drag operation; According to the move operation detecting, determine the position that the described predetermined display item order chosen will move to; Described predetermined display item order is moved to definite position; The rotary manipulation that the described predetermined display item order of detection after for movement carried out, wherein, described rotary manipulation is for being rotated the described predetermined display item order of choosing; The step that operates the direction of determining that described predetermined display item order will rotate according to the user who detects comprises: according to the rotary manipulation detecting, determine the direction that the described predetermined display item order after moving will rotate.
In described method, described rotary manipulation can comprise: the slide of carrying out for described predetermined display item order, wherein, the step that the user that described basis detects operates the direction of determining that described predetermined display item order will rotate can comprise: according to the direction of the slide detecting, determine the direction that described predetermined display item order will rotate.
In described method, the slide that described basis detects determines that the step of the direction that described predetermined display item order will rotate can comprise: the rectangular coordinate of the sliding trace of definite slide detecting in user interface, wherein, the initial point that the center of described predetermined display item object subregion is rectangular coordinate; According to the rectangular coordinate of described sliding trace, determine the direction that described predetermined display item order will rotate.
In described method, the described rectangular coordinate according to described sliding trace determines that the step of the direction that described predetermined display item order will rotate can comprise: effective quadrant of the direction that is identified for according to the rectangular coordinate of described sliding trace determining that described predetermined display item order will rotate; According to the direction of slide in effective quadrant, determine the direction that described predetermined display item order will rotate.
In described method, the step of effective quadrant of the direction that the described rectangular coordinate according to described sliding trace is identified for determining that described predetermined display item order will rotate can comprise: the quadrant at the starting point place of described sliding trace is defined as to effective quadrant.
In described method, the step of effective quadrant of the direction that the described rectangular coordinate according to described sliding trace is identified for determining that described predetermined display item order will rotate can comprise: by having the quadrant of long sliding trace, be defined as effective quadrant.
In described method, described display items display can comprise at least one in following: icon, window, thumbnail.
In electronic equipment, control according to an exemplary embodiment of the present invention equipment and the method for display items display, can control according to user's operation the display direction of the display items display on display screen, thereby be convenient to multi-user's operating electronic equipment simultaneously.
Accompanying drawing explanation
The description of being undertaken by the accompanying drawing below in conjunction with embodiment is exemplarily shown, above and other object and the feature of exemplary embodiment of the present will become apparent, wherein:
Fig. 1 illustrates the block diagram of controlling according to an exemplary embodiment of the present invention the equipment of display items display in electronic equipment;
Fig. 2 illustrates the block diagram of the pick-up unit in the equipment of controlling according to an exemplary embodiment of the present invention display items display in electronic equipment;
Fig. 3 illustrates an example that according to an exemplary embodiment of the present invention user interface is divided into a plurality of subregions;
Fig. 4 illustrates the block diagram of the pick-up unit in the equipment of controlling display items display in electronic equipment of another exemplary embodiment according to the present invention;
Fig. 5 illustrates the block diagram of the direction determining device in the equipment of controlling according to an exemplary embodiment of the present invention display items display in electronic equipment;
Fig. 6 illustrates an example setting up according to an exemplary embodiment of the present invention rectangular coordinate system in user interface;
Fig. 7 illustrates the example according to an exemplary embodiment of the present invention display items display being rotated;
Fig. 8 illustrates the process flow diagram of controlling according to an exemplary embodiment of the present invention the method for display items display in electronic equipment;
Fig. 9 illustrates the process flow diagram of the detection user operation steps in the method for controlling according to an exemplary embodiment of the present invention display items display in electronic equipment;
Figure 10 illustrates the process flow diagram of the detection user operation steps in the method for controlling display items display in electronic equipment of another exemplary embodiment according to the present invention;
Figure 11 illustrates the process flow diagram of the definite sense of rotation step in the method for controlling according to an exemplary embodiment of the present invention display items display in electronic equipment.
Embodiment
Now will be in detail with reference to embodiments of the invention, the example of described embodiment is shown in the drawings, and wherein, identical label refers to identical parts all the time.
Fig. 1 illustrates the block diagram of controlling according to an exemplary embodiment of the present invention the equipment of display items display in electronic equipment.Here, as example, described electronic equipment can be that mobile phone, panel computer, personal computer, game machine, numerical control device etc. are with the electronic equipment of display screen.In addition, as example, described display items display can be icon (such as, application icon, folder icon, file neutron file icon, widgets icon etc.), window (such as, application window, folder window, web page windows, dialog box window etc.), thumbnail etc. can be in the various projects that show screen display.
As shown in Figure 1, the equipment of controlling according to an exemplary embodiment of the present invention display items display in electronic equipment comprises: display device 10, pick-up unit 20, direction determining device 30 and whirligig 40.These devices can be realized by display or the sensor of carrying out specific function, or realize by common hardware processors such as digital signal processor, field programmable gate arrays, also can realize by dedicated hardware processors such as special chips, also can by computer program, with software mode, realize completely, for example, be implemented as the modules being arranged in electronic equipment for the application of mobile display project.
Particularly, display device 10 is for showing user interface.Here, described user interface can comprise at least one display items display.As example, display device 10 can be the user interface that user shows the display items display such as the icon comprise such as application program, folder icon, dialog box window, web page windows, makes user can in described user interface, operate corresponding display items display to carry out corresponding function.
Pick-up unit 20 is for detection of user's operation of carrying out for predetermined display item order in user interface.Here, described user's operation is for being rotated described predetermined display item order.As example, described user's operation can comprise at least one in following: touch operation, physical button operation, acoustic control operation.
Take touch operation as example, and pick-up unit 20 can detect the touch operation that user carries out for predetermined display item order in user interface.Here, touch operation can be at least one in following: slide, clicking operation, pressing operation, drag operation.For touch screen design, display device 10 and pick-up unit 20 can be merged into touch display.
As example, the exemplary configurations of the pick-up unit 20 in the equipment of controlling according to an exemplary embodiment of the present invention display items display in electronic equipment is described hereinafter with reference to Fig. 2.
Fig. 2 illustrates the block diagram of the pick-up unit 20 in the equipment of controlling according to an exemplary embodiment of the present invention display items display in electronic equipment.With reference to Fig. 2, pick-up unit 20 can comprise selects detecting unit 210 and rotation detecting circuit 220.
Particularly, select detecting unit 210 to can be used for detecting the selection of carrying out in user interface and operate, here, described selection operation is used for choosing described predetermined display item order.
As example, described user interface can be divided into a plurality of subregions, the corresponding sub regions of each display items display, and described selection operation can comprise: clicking operation or the pressing operation at described predetermined display item object subregion, carried out.
As optimal way, hereinafter with reference to Fig. 3, the mode of a plurality of subregions that user interface is divided into according to exemplary embodiment of the present invention is described.Fig. 3 illustrates an example that according to an exemplary embodiment of the present invention user interface is divided into a plurality of subregions.
As shown in Figure 3, described user interface can be divided into territory, a plurality of rectangular sub-regions, territory, the corresponding rectangular sub-regions of each display items display.When user wishes to choose such as display items display such as application icons, user can carry out clicking operation or pressing operation in the induction zone above predetermined display item object screen subregion or screen subregion, to choose predetermined display item order.
In addition, rotation detecting circuit 220 can be used for detecting the rotary manipulation of carrying out for the described predetermined display item order of choosing, and here, described rotary manipulation is for being rotated the described predetermined display item order of choosing.As example, rotation detecting circuit 220 can start to detect described rotary manipulation after described selection EO, and for example, rotation detecting circuit 220 can start to detect described rotary manipulation after the selection EO such as clicking operation.Or rotation detecting circuit 220 also can detect described rotary manipulation within the duration of described selection operation.For example, described pressing operation can comprise long by operation, and when the length of selecting detecting unit 210 to detect to carry out in user interface is during by operation, rotation detecting circuit 220 can detect described rotary manipulation in by the duration of operation in described length.
As optimal way, the exemplary configurations of the pick-up unit 20 in the equipment of controlling display items display in electronic equipment of another exemplary embodiment according to the present invention is described hereinafter with reference to Fig. 4.
Fig. 4 illustrates the block diagram of the pick-up unit 20 in the equipment of controlling display items display in electronic equipment of another exemplary embodiment according to the present invention.With reference to Fig. 4, except selection detecting unit 210 and rotation detecting circuit 220 as shown in Figure 2, pick-up unit 20 also can comprise mobile detecting unit 230.
Particularly, mobile detecting unit 230 is for detection of the move operation of carrying out for the described predetermined display item order of choosing.Here, described move operation is for the described predetermined display item order of choosing is moved, and described move operation can comprise drag operation.For example, when user carries out and selects after operation at described predetermined display item object subregion, user can be dragged to the described predetermined display item order of choosing the position of convenient operation in screen by the described predetermined display item order of choosing is carried out to drag operation.
Correspondingly, described rotation detecting circuit 220 can detect the rotary manipulation of carrying out for the described predetermined display item order after movement.
Referring again to Fig. 1, direction determining device 30 is for operating according to the user who detects the direction of determining that described predetermined display item order will rotate.
As example, described rotary manipulation can comprise the slide of carrying out for the described predetermined display item order of choosing, in this case, direction determining device 30 can be determined the direction that described predetermined display item order will rotate according to the direction of the slide detecting.As optimal way, user can first grow by predetermined display item orders such as application icons by forefinger, then by forefinger, described predetermined display item order is dragged to the position of convenient operation in screen, last forefinger rests on this position and continues long by described predetermined display item order, and with middle finger the surrounding's execution slide at forefinger, direction determining device 30 can be according to the selection operation detecting (, the front length of carrying out of drag operation is by operation) next definite described predetermined display item order of choosing, according to the move operation detecting (, drag operation) position of coming definite described predetermined display item order of choosing to move to, and according to the rotary manipulation detecting (, slide) determine the direction that the described predetermined display item order after moving will rotate.For example, by forefinger length by " Sina's microblogging " icon that is positioned at screen below shown in Fig. 3, the left side of the screen that forefinger is dragged to " Sina's microblogging " icon, forefinger continues the long icon of pressing, middle finger around slides clockwise at forefinger, direction determining device 30 can be according to forefinger the length before pulling by operation, to determine the described predetermined display item order that user chooses be " Sina's microblogging " icon, according to the drag operation of forefinger, determine the left side that position that " Sina's microblogging " icon will move to is screen, it is clockwise direction that the orientation determination of the slide of carrying out according to middle finger goes out the direction that " Sina's microblogging " icon will rotate.
As optimal way, the exemplary configurations of the direction determining device 30 in the equipment of controlling according to an exemplary embodiment of the present invention display items display in electronic equipment is described hereinafter with reference to Fig. 5.
Fig. 5 illustrates the block diagram of the direction determining device 30 in the equipment of controlling according to an exemplary embodiment of the present invention display items display in electronic equipment.With reference to Fig. 5, direction determining device 30 can comprise coordinate determining unit 310 and direction resolution unit 320.
Particularly, coordinate determining unit 310 is the rectangular coordinate in user interface for the sliding trace of determining the slide detect, here, and the initial point that the center of described predetermined display item object subregion is rectangular coordinate system.
As example, hereinafter with reference to Fig. 6, describe and in user interface, set up the mode of rectangular coordinate system according to exemplary embodiment of the present invention.Fig. 6 illustrates an example setting up according to an exemplary embodiment of the present invention rectangular coordinate system in user interface.
As shown in Figure 6, can in user interface, set up that to take the center of described predetermined display item object subregion be initial point, take described predetermined display item object display direction is rotated counterclockwise to the positive dirction that the direction of 45 degree is Y-axis, take the turn clockwise plane right-angle coordinate of the positive dirction that the direction of 45 degree is X-axis of described predetermined display item object display direction.Here, the rectangular coordinate of each on the definite sliding trace of coordinate determining unit 310 in above-mentioned plane right-angle coordinate, that is, and X value and Y value.
In addition, direction resolution unit 320 is for determining the direction that described predetermined display item order will rotate according to the rectangular coordinate of described sliding trace.Particularly, direction resolution unit 320 can be determined the direction that described predetermined display item order will rotate according to the rectangular coordinate of each point on described sliding trace.
As example, direction resolution unit 320 can comprise quadrant determining unit (not shown) and orientation determination unit (not shown).Here, quadrant determining unit is for effective quadrant of the direction that is identified for according to the rectangular coordinate of described sliding trace determining that described predetermined display item order will rotate, and orientation determination unit is for determining according to the direction of slide in effective quadrant the direction that described predetermined display item order will rotate.
As example, quadrant determining unit can be defined as effective quadrant by the quadrant at the starting point place of described sliding trace, or is defined as effective quadrant by having the quadrant of long sliding trace.For example, the some place quadrant on first sliding trace that quadrant determining unit can be determined coordinate determining unit 310 is defined as effective quadrant, or the quadrant that comprises the point on maximum sliding traces is defined as to effective quadrant.
Correspondingly, orientation determination unit is according in effective quadrant, X value and the Y value of each point on definite sliding trace are determined the direction that described predetermined display item order will rotate successively.
Particularly, quadrant determining unit can be defined as effective quadrant by the quadrant at first place on sliding trace.For example, in the above-mentioned example of mentioning, when carrying out slide around the predetermined display item object that user presses at forefinger by middle finger, the quadrant that quadrant determining unit can start user's middle finger touching is most defined as effective quadrant, can avoid when slide finishes like this, because middle finger does not leave touch-screen in time, and the reciprocal sliding trace forming on touch-screen and the misjudgment of the sense of rotation that causes.
As example, coordinate determining unit 310 can be determined the rectangular coordinate of the point on N sliding trace successively, N is greater than 1 integer, the number of the point in effective quadrant on definite sliding trace is M, and effectively in quadrant, the point on adjacent two definite sliding traces is R and puts and R+1 point successively, here, M is greater than 1 and be less than or equal to the integer of N, and R is more than or equal to 1 and be less than the integer of M.In quadrant determining unit, determine that first quartile is effective quadrant, and the Y value of the point on the 1st sliding trace of determining in first quartile with in the situation that the absolute value of the difference of the Y value of the point on the sliding trace of the M determining in first quartile is less than predetermined value, when the X value of described R point is less than the X value of R+1 point, orientation determination unit determines that the direction that described predetermined display item order will rotate is clockwise direction, when the X value of described R point is greater than the X value of R+1 point, orientation determination unit determines that the direction that described predetermined display item order will rotate is counter clockwise direction.In quadrant determining unit, determine that the second quadrant is effective quadrant, and the X value of the point on the 1st sliding trace of determining in the second quadrant with in the situation that in the second quadrant the absolute value of the difference of the X value of the point on definite M sliding trace be less than predetermined value, when the Y value of described R point is greater than the Y value of R+1 point, orientation determination unit determines that the direction that described predetermined display item order will rotate is clockwise direction, when the Y value of described R point is less than the Y value of R+1 point, orientation determination unit determines that the direction that described predetermined display item order will rotate is counter clockwise direction.In quadrant determining unit, determine that third quadrant is effective quadrant, and the Y value of the point on the 1st sliding trace of determining in third quadrant with in the situation that the absolute value of the difference of the Y value of the point on M the sliding trace of determining in third quadrant is less than predetermined value, when the X value of described R point is greater than the X value of R+1 point, orientation determination unit determines that the direction that described predetermined display item order will rotate is clockwise direction, when the X value of described R point is less than the X value of R+1 point, orientation determination unit determines that the direction that described predetermined display item order will rotate is counter clockwise direction.In quadrant determining unit, determine that fourth quadrant is effective quadrant, and the X value of the point on the 1st sliding trace of determining in fourth quadrant with in the situation that the absolute value of the difference of the X value of the point on the individual sliding trace of the M that determines in fourth quadrant is less than predetermined value, when the Y value of described R point is less than the Y value of R+1 point, orientation determination unit determines that the direction that described predetermined display item order will rotate is clockwise direction, when the Y value of described R point is greater than the Y value of R+1 point, orientation determination unit determines that the direction that described predetermined display item order will rotate is counter clockwise direction.By the way, can for example, according to user's slide (, the slide of middle finger), effectively determine the direction that will rotate such as predetermined display item orders such as application icons.However, it should be understood that above-mentioned example is only for illustrating the example of determining sense of rotation, those skilled in the art can adopt the sense of rotation of determining in any suitable manner display items display.
Referring again to Fig. 1, whirligig 40 is for rotating described predetermined display item order according to definite direction.Specifically, the direction that the predetermined display item order that whirligig 40 can be determined according to direction determining device 30 will rotate, at a predetermined angle for unit is clockwise or be rotated counterclockwise described predetermined display item order.As optimal way, the position that the described predetermined display item order of choosing that whirligig 40 can be determined according to direction determining device 30 will move to, described predetermined display item order is moved to definite position, and the direction that will rotate of the described predetermined display item order after the movement of determining according to direction determining device 30, at a predetermined angle for unit clockwise or be rotated counterclockwise described predetermined display item order.For example, can 90Du Wei unit rotate described predetermined display item order.
As optimal way, hereinafter with reference to Fig. 7, the mode that display items display is rotated according to exemplary embodiment of the present invention is described.Fig. 7 illustrates the example according to an exemplary embodiment of the present invention display items display being rotated.
As shown in Figure 7, " Sina's microblogging " icon mentioned in above-mentioned example of take is example, the position that " Sina's microblogging " icon that whirligig 40 can be determined according to direction determining device 30 will move to, left side by " Sina's microblogging " icon moving to screen, and the direction that will rotate of " Sina's microblogging " icon after the movement of determining according to direction determining device 30, Yi90Du Wei unit's " Sina's microblogging " icon that turns clockwise, postrotational " Sina's microblogging " icon as shown in Figure 7.By predetermined display item order is rotated, user can will need rotating to the direction consistent with sight line such as predetermined display item orders such as application icons and showing of operation in user interface, thereby when multi-user uses an electronic equipment simultaneously, a plurality of users can be at the not homonymy of display screen operating electronic equipment simultaneously, and the operation being independent of each other between user each other.
Below, the method for controlling according to an exemplary embodiment of the present invention display items display in electronic equipment is described to Figure 11 in connection with Fig. 8.Described method can be completed to the equipment shown in Fig. 6 by Fig. 1, also can realize by computer program.For example, described method can by be arranged in electronic equipment for mobile display project should be used for carry out.
Fig. 8 illustrates the process flow diagram of controlling according to an exemplary embodiment of the present invention the method for display items display in electronic equipment.Here, as example, described electronic equipment can be that mobile phone, panel computer, personal computer, game machine, numerical control device etc. are with the electronic equipment of display screen.In addition, as example, described display items display can be icon (such as, application icon, folder icon, file neutron file icon, widgets icon etc.), window (such as, application window, folder window, web page windows, dialog box window etc.) etc. can show the display items display of screen display.
With reference to Fig. 8, at step S10, show user interface.Here, described user interface can comprise at least one display items display.As example, can be the user interface that user shows the display items display such as the icon comprise such as application program, folder icon, dialog box window, web page windows, make user can in described user interface, operate corresponding display items display to carry out corresponding function.
Next, at step S20, detect user's operation of carrying out for predetermined display item order in user interface.Here, described user's operation is for being rotated described predetermined display item order.As example, described user's operation can comprise at least one in following: touch operation, physical button operation, acoustic control operation.
Take touch operation as example, can detect the touch operation that user carries out for predetermined display item order in user interface.Here, touch operation can be at least one in following: slide, clicking operation, pressing operation, drag operation.
As example, the flow process of the detection user operation steps S20 in the method for controlling according to an exemplary embodiment of the present invention display items display in electronic equipment is described hereinafter with reference to Fig. 9.
Fig. 9 illustrates the process flow diagram of the detection user operation steps S20 in the method for controlling according to an exemplary embodiment of the present invention display items display in electronic equipment.With reference to Fig. 9, at step S210, detect and select operation, at step S220, detect rotary manipulation.
Particularly, at step S210, detect the selection operation of carrying out in user interface, here, described selection operation is used for choosing described predetermined display item order.
As example, described user interface can be divided into a plurality of subregions, the corresponding sub regions of each display items display, and described selection operation can comprise: clicking operation or the pressing operation at described predetermined display item object subregion, carried out.
As optimal way, hereinafter with reference to Fig. 3, the mode of a plurality of subregions that user interface is divided into according to exemplary embodiment of the present invention is described.Fig. 3 illustrates an example that according to an exemplary embodiment of the present invention user interface is divided into a plurality of subregions.
As shown in Figure 3, described user interface can be divided into territory, a plurality of rectangular sub-regions, territory, the corresponding rectangular sub-regions of each display items display.When user wishes to choose such as display items display such as application icons, user can carry out clicking operation or pressing operation in the induction zone above predetermined display item object screen subregion or screen subregion, to choose predetermined display item order.
In addition, at step S220, detect the rotary manipulation of carrying out for the described predetermined display item order of choosing, here, described rotary manipulation is for being rotated the described predetermined display item order of choosing.As example, can after described selection EO, start to detect described rotary manipulation, for example, can after the selection EO such as clicking operation, start to detect described rotary manipulation.Or, also can within the duration of described selection operation, detect described rotary manipulation.For example, described pressing operation can comprise long by operation, when the length carried out being detected by operation in user interface, can detect described rotary manipulation in by the duration of operation in described length.
As optimal way, the flow process of the detection user operation steps S20 in the method for controlling display items display in electronic equipment of another exemplary embodiment according to the present invention is described hereinafter with reference to Figure 10.
Figure 10 illustrates the process flow diagram of the detection user operation steps S20 in the method for controlling display items display in electronic equipment of another exemplary embodiment according to the present invention.With reference to Figure 10, except shown in Fig. 9 at step S210, detect to select operation, at step S220, detect outside rotary manipulation, detect user's operation steps S20 and also can comprise: at step S230, determine the predetermined display item order of choosing, at step S240, detect move operation, at step S250, determine the position that will move to, at step S260, mobile display project.
Particularly, at step S230, according to the selection operation detecting, determine the described predetermined display item order of choosing.For example,, when user carries out and selects, after operation, to determine the described predetermined display item order of being chosen by user at described predetermined display item object subregion.
At step S240, detect the move operation of carrying out for the described predetermined display item order of choosing, wherein, described move operation is for the described predetermined display item order of choosing is moved, and described move operation comprises drag operation.For example, when user carries out and selects after operation at described predetermined display item object subregion, user can be dragged to the described predetermined display item order of choosing the position of convenient operation in screen by the described predetermined display item order of choosing is carried out to drag operation.
At step S250, according to the move operation detecting, determine the position that the described predetermined display item order chosen will move to.As example, can determine the position that the described predetermined display item order chosen will move to according to the track of the drag operation detecting.
At step S260, described predetermined display item order is moved to definite position.
Correspondingly, at step S220, can detect the rotary manipulation of carrying out for the described predetermined display item order after movement.
Referring again to Fig. 8, at step S30, according to the user who detects, operate the direction of determining that described predetermined display item order will rotate.
As example, described rotary manipulation can comprise the slide of carrying out for the described predetermined display item order of choosing, and in this case, can determine the direction that described predetermined display item order will rotate according to the direction of the slide detecting.As optimal way, user can first grow by predetermined display item orders such as application icons by forefinger, then by forefinger, described predetermined display item order is dragged to the position of convenient operation in screen, last forefinger rests on this position and continues long by described predetermined display item order, and with middle finger the surrounding's execution slide at forefinger, at step S30, according to the rotary manipulation detecting, determine the direction that the described predetermined display item order after moving will rotate.For example, by forefinger length by " Sina's microblogging " icon that is positioned at screen below shown in Fig. 3, the left side of the screen that forefinger is dragged to " Sina's microblogging " icon, forefinger continues the long icon of pressing, middle finger around slides clockwise at forefinger, and the direction that " Sina's microblogging " icon after the orientation determination of the slide that can carry out according to middle finger goes out to move will rotate is clockwise direction.
As optimal way, the flow process of the definite sense of rotation step S30 in the method for controlling according to an exemplary embodiment of the present invention display items display in electronic equipment is described hereinafter with reference to Figure 11.
Figure 11 illustrates the process flow diagram of the definite sense of rotation step S30 in the method for controlling according to an exemplary embodiment of the present invention display items display in electronic equipment.With reference to Figure 11, at step S310, determine the rectangular coordinate of sliding trace, at step S320, according to rectangular coordinate, determine sense of rotation.
Particularly, at step S310, the rectangular coordinate of the sliding trace of definite slide detecting in user interface, here, the initial point that the center of described predetermined display item object subregion is rectangular coordinate system.
As example, hereinafter with reference to Fig. 6, describe and in user interface, set up the mode of rectangular coordinate system according to exemplary embodiment of the present invention.Fig. 6 illustrates an example setting up according to an exemplary embodiment of the present invention rectangular coordinate system in user interface.
As shown in Figure 6, can in user interface, set up that to take the center of described predetermined display item object subregion be initial point, take described predetermined display item object display direction is rotated counterclockwise to the positive dirction that the direction of 45 degree is Y-axis, take the turn clockwise plane right-angle coordinate of the positive dirction that the direction of 45 degree is X-axis of described predetermined display item object display direction.Here, step S310 determines each on sliding trace rectangular coordinate in above-mentioned plane right-angle coordinate, that is, and and X value and Y value.
In addition,, at step S320, according to the rectangular coordinate of described sliding trace, determine the direction that described predetermined display item order will rotate.Particularly, can determine the direction that described predetermined display item order will rotate according to the rectangular coordinate of each point on described sliding trace.
As example, effective quadrant of the direction that can be identified for determining that described predetermined display item order will rotate according to the rectangular coordinate of described sliding trace, and determine according to the direction of slide in effective quadrant the direction that described predetermined display item order will rotate.
As example, the quadrant at the starting point place of described sliding trace can be defined as to effective quadrant, or be defined as effective quadrant by thering is the quadrant of long sliding trace.For example, the some place quadrant on first sliding trace of determining can be defined as to effective quadrant, or the quadrant that comprises the point on maximum sliding traces is defined as to effective quadrant.
Correspondingly, according in effective quadrant, X value and the Y value of each point on definite sliding trace are determined the direction that described predetermined display item order will rotate successively.
Particularly, the quadrant at first place on sliding trace can be defined as to effective quadrant.For example, in the above-mentioned example of mentioning, when carrying out slide around the predetermined display item object that user presses at forefinger by middle finger, the quadrant that user's middle finger can be started to touching is defined as effective quadrant, can avoid when slide finishes like this, because middle finger does not leave touch-screen in time, and the reciprocal sliding trace forming on touch-screen and the misjudgment of the sense of rotation that causes.
As example, can determine successively the rectangular coordinate of the point on N sliding trace, N is greater than 1 integer, the number of the point in effective quadrant on definite sliding trace is M, and effectively in quadrant, the point on adjacent two definite sliding traces is R and puts and R+1 point successively, here, M is greater than 1 and be less than or equal to the integer of N, and R is more than or equal to 1 and be less than the integer of M.At definite first quartile, it is effective quadrant, and the Y value of the point on the 1st sliding trace of determining in first quartile with in the situation that the absolute value of the difference of the Y value of the point on the sliding trace of the M determining in first quartile is less than predetermined value, when the X value of described R point is less than the X value of R+1 point, determine that the direction that described predetermined display item order will rotate is clockwise direction, when the X value of described R point is greater than the X value of R+1 point, determine that the direction that described predetermined display item order will rotate is counter clockwise direction.At definite the second quadrant, it is effective quadrant, and the X value of the point on the 1st sliding trace of determining in the second quadrant with in the situation that in the second quadrant the absolute value of the difference of the X value of the point on definite M sliding trace be less than predetermined value, when the Y value of described R point is greater than the Y value of R+1 point, determine that the direction that described predetermined display item order will rotate is clockwise direction, when the Y value of described R point is less than the Y value of R+1 point, determine that the direction that described predetermined display item order will rotate is counter clockwise direction.At definite third quadrant, it is effective quadrant, and the Y value of the point on the 1st sliding trace of determining in third quadrant with in the situation that the absolute value of the difference of the Y value of the point on M the sliding trace of determining in third quadrant is less than predetermined value, when the X value of described R point is greater than the X value of R+1 point, determine that the direction that described predetermined display item order will rotate is clockwise direction, when the X value of described R point is less than the X value of R+1 point, determine that the direction that described predetermined display item order will rotate is counter clockwise direction.In definite fourth quadrant, it is effective quadrant, and the X value of the point on the 1st sliding trace of determining in fourth quadrant with in the situation that the absolute value of the difference of the X value of the point on the individual sliding trace of the M that determines in fourth quadrant is less than predetermined value, when the Y value of described R point is less than the Y value of R+1 point, determine that the direction that described predetermined display item order will rotate is clockwise direction, when the Y value of described R point is greater than the Y value of R+1 point, determine that the direction that described predetermined display item order will rotate is counter clockwise direction.By the way, can for example, according to user's slide (, the slide of middle finger), effectively determine the direction that will rotate such as predetermined display item orders such as application icons.However, it should be understood that above-mentioned example is only for illustrating the example of determining sense of rotation, those skilled in the art can adopt the sense of rotation of determining in any suitable manner display items display.
Referring again to Fig. 8, at step S40, according to definite direction, rotate described predetermined display item order.Specifically, when determining the direction that predetermined display item order will rotate, can be at a predetermined angle for unit clockwise or be rotated counterclockwise described predetermined display item order.For example, can 90Du Wei unit rotate described predetermined display item order.
As optimal way, hereinafter with reference to Fig. 7, the mode that display items display is rotated according to exemplary embodiment of the present invention is described.Fig. 7 illustrates the example according to an exemplary embodiment of the present invention display items display being rotated.
As shown in Figure 7, " Sina's microblogging " icon mentioned in above-mentioned example of take is example, the direction that can will rotate according to " Sina's microblogging " icon after the movement of determining, Yi90Du Wei unit's " Sina's microblogging " icon that turns clockwise, postrotational " Sina's microblogging " icon as shown in Figure 7.By predetermined display item order is rotated, user can will need rotating to the direction consistent with sight line such as predetermined display item orders such as application icons and showing of operation in user interface, thereby when multi-user uses an electronic equipment simultaneously, a plurality of users can be at the not homonymy of display screen operating electronic equipment simultaneously, and the operation being independent of each other between user each other.
In sum, in control according to an exemplary embodiment of the present invention the equipment and method of display items display in electronic equipment, can realize the rotation of predetermined display item object, thereby can make a plurality of users at the not homonymy while of display screen operating electronic equipment.As optimal way, be provided with specific rotation mode, strengthened user's operability, promoted the experience effect of multi-user operation electronic equipment.
It should be noted that above each embodiment of the present invention is only exemplary, and the present invention is not limited to this.For example, the structure shown in Fig. 2, Fig. 4 and Fig. 6 does not also lie in limiting and detecting device and direction determining device, and is only in order to describe.Those skilled in the art should understand that: without departing from the principles and spirit of the present invention, can change these embodiments, wherein, scope of the present invention limits in claim and equivalent thereof.
Claims (12)
1. in electronic equipment, control a method for display items display, comprising:
Show user interface, wherein, described user interface comprises at least one display items display;
User's operation that detection is carried out for predetermined display item order in user interface, wherein, described user's operation is for being rotated described predetermined display item order;
According to the user who detects, operate the direction of determining that described predetermined display item order will rotate;
According to definite direction, rotate described predetermined display item order.
2. the step of user's operation that the method for claim 1, wherein described detection is carried out for predetermined display item order in user interface comprises:
The selection operation that detection is carried out in user interface, wherein, described selection operation is used for choosing described predetermined display item order;
The rotary manipulation that detection is carried out for the described predetermined display item order of choosing, wherein, described rotary manipulation is for being rotated the described predetermined display item order of choosing.
3. method as claimed in claim 2, wherein, described user interface is divided into a plurality of subregions, the corresponding sub regions of each display items display, and described selection operation comprises: clicking operation or the pressing operation carried out at described predetermined display item object subregion.
4. method as claimed in claim 3, wherein, the step of the rotary manipulation that described detection is carried out for the described predetermined display item order of choosing comprises: after described selection EO, start to detect described rotary manipulation.
5. method as claimed in claim 3, wherein, described pressing operation comprises long by operation, and the step of the rotary manipulation that described detection is carried out for the described predetermined display item order of choosing comprises: in described length, by the duration of operation, detect described rotary manipulation.
6. the method for claim 1, wherein, the step of user's operation that described detection is carried out for predetermined display item order in user interface comprises: detect the selection operation of carrying out in user interface, wherein, described selection operation is used for choosing described predetermined display item order; According to the selection operation detecting, determine the described predetermined display item order of choosing; The move operation that detection is carried out for the described predetermined display item order of choosing, wherein, described move operation is for the described predetermined display item order of choosing is moved, and described move operation comprises drag operation; According to the move operation detecting, determine the position that the described predetermined display item order chosen will move to; Described predetermined display item order is moved to definite position; The rotary manipulation that the described predetermined display item order of detection after for movement carried out, wherein, described rotary manipulation is for being rotated the described predetermined display item order of choosing;
The step that operates the direction of determining that described predetermined display item order will rotate according to the user who detects comprises: according to the rotary manipulation detecting, determine the direction that the described predetermined display item order after moving will rotate.
7. the method as described in claim 4,5 or 6, wherein, described rotary manipulation comprises: the slide of carrying out for described predetermined display item order, wherein, the step that the user that described basis detects operates the direction of determining that described predetermined display item order will rotate comprises: according to the direction of the slide detecting, determine the direction that described predetermined display item order will rotate.
8. method as claimed in claim 7, wherein, the slide that described basis detects determines that the step of the direction that described predetermined display item order will rotate comprises:
The rectangular coordinate of the sliding trace of definite slide detecting in user interface, wherein, the initial point that the center of described predetermined display item object subregion is rectangular coordinate;
According to the rectangular coordinate of described sliding trace, determine the direction that described predetermined display item order will rotate.
9. method as claimed in claim 8, wherein, the described rectangular coordinate according to described sliding trace determines that the step of the direction that described predetermined display item order will rotate comprises:
Effective quadrant of the direction that is identified for according to the rectangular coordinate of described sliding trace determining that described predetermined display item order will rotate;
According to the direction of slide in effective quadrant, determine the direction that described predetermined display item order will rotate.
10. method as claimed in claim 9, the step of effective quadrant of the direction that wherein, the described rectangular coordinate according to described sliding trace is identified for determining that described predetermined display item order will rotate comprises: the quadrant at the starting point place of described sliding trace is defined as to effective quadrant.
11. methods as claimed in claim 9, the step of effective quadrant of the direction that wherein, the described rectangular coordinate according to described sliding trace is identified for determining that described predetermined display item order will rotate comprises: by having the quadrant of long sliding trace, be defined as effective quadrant.
12. 1 kinds of equipment of controlling display items display in electronic equipment, comprising:
Display device, for showing user interface, wherein, described user interface comprises at least one display items display;
Pick-up unit, for detection of user's operation of carrying out for predetermined display item order in user interface, wherein, described user's operation is for being rotated described predetermined display item order;
Direction determining device, for operating according to the user who detects the direction of determining that described predetermined display item order will rotate;
Whirligig, for rotating described predetermined display item order according to definite direction.
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| CN201410230855.3A CN104077028A (en) | 2014-05-28 | 2014-05-28 | Equipment and method for controlling display item in electronic equipment |
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