CN103257818A - Method and device for one-handed operation of icon on touch screen - Google Patents
Method and device for one-handed operation of icon on touch screen Download PDFInfo
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- CN103257818A CN103257818A CN2012100399027A CN201210039902A CN103257818A CN 103257818 A CN103257818 A CN 103257818A CN 2012100399027 A CN2012100399027 A CN 2012100399027A CN 201210039902 A CN201210039902 A CN 201210039902A CN 103257818 A CN103257818 A CN 103257818A
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Abstract
The invention provides a method for one-handed operation of an icon on a touch screen. The method is applied to an electronic device with the touch screen and includes acquiring command information of a user, determining display position of a target icon according to the command information and displaying the target icon at the display position. By means of the method, the icon on the touch screen can be displayed on the touch screen according to a command of the user, so that the user can operate the icon in a clicking mode through one hand. Further, the icon is displayed according to the command of the user and cannot be limited in a fixed area on the touch screen, so that different requirements of different users for icon positions are met. A device for the one-handed operation of the icon on the touch screen is further provided.
Description
Technical field
The present invention relates to the one-handed performance technical field, relate to a kind of method and apparatus of one-handed performance icons of touch screen in particular.
Background technology
Along with the development of human-computer interaction technology, touch-screen is adopted by increasing electronic equipment with advantage conveniently, for example with the mobile phone of touch-screen, landline telephone etc.Touch-screen becomes the most important ring of man-machine interaction in these equipment, and the picture mark position on the touch-screen has determined the user to select professional convenience, especially when user's one-handed performance.
The one-handed performance equipment that the user uses always is mobile phone, and when carrying out the mobile phone one-handed performance, user's thumb commonly used is clicked the icon on the handset touch panel.A plurality of icons are arranged on the handset touch panel, " telephone directory " " internet " " short message " etc. for example, suppose that " telephone directory " icon is in the upper left corner of touch-screen, when user's one-handed performance is clicked " telephone directory ", because the icon of " telephone directory " is on one " corner " in the upper left corner of touch-screen, thumb from the icon of " telephone directory " away from, cause the user to be difficult for clicking on the touch-screen icon on thumb some " angle, corner, limit " away from.
The method that solves above-mentioned one-handed performance in the prior art is: at mobile phone a sensor is installed, when detecting user's one-handed performance, the icon " gathering " that the user is difficult for touching is in the fixed area that user's one-handed performance can touch.
Its shortcoming is: because the icon " gathering " that the user is difficult for touching is in the zone that touch-screen is fixed, the below of touch-screen for example, but fixing zone may not be fit to all users, when some user wished that the icon that will be difficult for touching is distributed in screen middle, it just can not satisfy user's demand.
Summary of the invention
In view of this, the invention provides a kind of method and apparatus of one-handed performance icons of touch screen, to solve in the prior art, the icon that the user is difficult for touching " gathering " is in the zone that touch-screen is fixed, and it can not satisfy different user to the problem of the different demands of icon on the touch-screen.
For achieving the above object, the invention provides following technical scheme:
A kind of method of one-handed performance icons of touch screen is applied to have in the electronic equipment of touch-screen, and described method comprises:
Obtain user's command information;
Determine the display position of target icon according to described command information;
Show described target icon at described display position.
Preferably, in said method, also comprise before the described user's of obtaining the command information:
With the icon on the acquiescence form demonstration touch-screen;
Judge whether the user satisfies one-handed performance, obtain user's command information if the user satisfies one-handed performance, determine the display position of target icon to show described target icon at described display position according to described command information.
Preferably, in said method, described command information comprises the movement velocity vector that described electronic equipment is current;
Then describedly determine the display position of target icon to show that at described display position described target icon is specially according to described command information:
Determine the display position of target icon to show described target icon at described display position according to the current movement velocity vector of described electronic equipment.
Preferably, in said method, describedly determine before described display position shows described target icon, also to comprise the display position of target icon according to the current movement velocity vector of described electronic equipment:
The size of judging described movement velocity vector according to the current movement velocity vector of the described electronic equipment that obtains if not, then shows icon on the touch-screen with the acquiescence form whether in the scope of pre-set velocity vector size,
If,
Then determine the direction of described movement velocity vector, determine the display position of target icon to show described target icon at described display position according to the direction of described movement velocity vector.
Preferably, in said method, determine the display position of target icon to show described target icon at described display position according to the direction of described movement velocity vector according to following method:
When the direction of described movement velocity vector is downward movement velocity direction vector, determine that the display position of first area icon is its adjacent underside area, show described first area icon in described underside area;
Or,
When the direction of described movement velocity vector is the movement velocity direction vector that makes progress, determine that the display position of second area icon is its adjacent upper-side area, show described second area icon in described upper-side area;
Or,
When the direction of described movement velocity vector is to the right movement velocity direction vector, determine that the 3rd areal map target display position is its adjacent right side area, shows the described the 3rd regional icon in described right side area;
Or,
When the direction of described movement velocity vector is left movement velocity direction vector, determine that the 4th areal map target display position is its adjacent left field, shows the described the 4th regional icon in described left field.
Preferably, in said method, the movement locus when described command information comprises the described touch-screen of user's touch operation;
Then describedly determine the display position of target icon to show that at described display position described target icon is specially according to described command information:
Movement locus during according to the described touch-screen of user's touch operation is determined the display position of target icon, shows described target icon at described display position.
Preferably, in said method, the movement locus during according to the described touch-screen of user's touch operation is determined the display position of target icon, shows that at described display position described target icon is specially:
When described movement locus is the closed region, described target icon moved in the described movement locus area surrounded shows;
When described movement locus is not the closed region, described target icon is moved on the described movement locus, and show along described movement locus; Or, connect the Origin And Destination of described movement locus, make described movement locus form an enclosed areas, described target icon is moved in the described movement locus area surrounded show.
Preferably, in said method, described command information comprises the command information of zoom icon;
Describedly determine the display position of target icon to show that at described display position described target icon is specially according to described command information:
Determine that according to the command information of described zoom icon the display position of target icon is the below of touch-screen one side, the target icon after showing convergent-divergent below described touch-screen one side.
Preferably, in said method, two ends, the left and right sides arrange order button respectively below touch-screen, the command information that the command information of described zoom icon is sent for one of them order button; Determine that according to the command information of described zoom icon the display position of target icon is below, touch-screen left side or below, right side, the target icon behind the demonstration convergent-divergent below described touch-screen left side or below the right side.
A kind of device of realizing the one-handed performance icons of touch screen is applied to have in the electronic equipment of touch-screen, comprising:
Acquisition module is for the command information that obtains the user;
Determination module is for the display position of determining target icon according to described command information;
First display module is used for showing described target icon at described display position.
Preferably, in said apparatus, also comprise:
Second display module is used for the icon on the acquiescence form demonstration touch-screen;
First judge module, be used for judging whether the user satisfies one-handed performance, if the user satisfies one-handed performance, described acquisition module obtains user's command information, described determination module is determined the display position of target icon according to command information, and described first display module shows described target icon at described display position.
Preferably, in said apparatus, described command information comprises the movement velocity vector that described electronic equipment is current;
Described determination module is determined the display position of target icon according to command information, and described first display module shows that at described display position described target icon is specially:
Described determination module is determined the display position of target icon according to the current movement velocity vector of described electronic equipment, and described first display module shows described target icon at described display position.
Preferably, in said apparatus, also comprise second judge module;
Described second judge module judges that according to the current movement velocity vector of described electronic equipment that obtains the size of described movement velocity vector is whether in the scope of pre-set velocity vector size, if not, then second display module is with the icon on the acquiescence form demonstration touch-screen
Otherwise,
Described determination module is determined the display position of target icon according to the current movement velocity vector of described electronic equipment, and described first display module shows described target icon at described display position.
Preferably, in said apparatus, described determination module is determined the display position of target icon according to the current movement velocity vector of described electronic equipment, and described first display module shows that at described display position described target icon is specially:
When the direction of described movement velocity vector was downward movement velocity direction vector, described determination module determined that the display position of first area icon is its adjacent underside area, and described first display module shows described first area icon in described underside area;
Or,
When the direction of described movement velocity vector was the movement velocity direction vector that makes progress, described determination module determined that the display position of second area icon is its adjacent upper-side area, and described first display module shows described second area icon in described upper-side area;
Or,
When the direction of described movement velocity vector was to the right movement velocity direction vector, described determination module determined that the 3rd areal map target display position is its adjacent right side area, and described first display module shows the described the 3rd regional icon in described right side area;
Or,
When the direction of described movement velocity vector was left movement velocity direction vector, described determination module determined that the 4th areal map target display position is its adjacent left field, and described first display module shows the described the 4th regional icon in described left field.
Preferably, in said apparatus, the movement locus when described command information comprises the described touch-screen of user's touch operation;
Described determination module is determined the display position of target icon according to command information, and described first display module shows that at described display position described target icon is specially:
The movement locus of described determination module during according to the described touch-screen of described user's touch operation determined the display position of target icon, and described first display module shows described target icon at described display position.
Preferably, in said apparatus, described first display module shows that at described display position described target icon is specially:
When described movement locus was the closed region, described first display module showed described target icon in described movement locus area surrounded;
When described movement locus was not the closed region, described first display module showed described target icon along described movement locus;
Or,
Described first display module connects the Origin And Destination of described movement locus, makes described movement locus form an enclosed areas, and described first display module shows described target icon in described movement locus area surrounded.
Preferably, in said apparatus, described command information comprises the command information of zoom icon;
Described determination module is determined the display position of target icon according to command information, and described first display module shows that at described display position described target icon is specially:
Described determination module determines that according to the command information of described zoom icon the display position of target icon is the below of touch-screen one side, the target icon of described first display module after showing convergent-divergent below described touch-screen one side.
Preferably, in said apparatus, two ends, the left and right sides arrange order button respectively below touch-screen, the command information that the command information of described zoom icon is sent for one of them order button; Described determination module determines that according to the command information of described zoom icon the display position of target icon is below, touch-screen left side or below, right side, and described first display module is the target icon behind the demonstration convergent-divergent below described touch-screen left side or below the right side.
Via above-mentioned technical scheme as can be known, touch-screen one-handed performance method is applied to have in the electronic equipment of touch-screen, touch-screen comprises a plurality of icons for prompting operation, electronic equipment obtains user's command information, determine the display position of target icon to show described target icon at described display position according to described command information.Compared with prior art, the icon that the present invention can be difficult for user on the touch-screen to touch shows at touch-screen according to user's instruction, made things convenient for the singlehanded clicking operation icon of user, and, this programme is according to user's instruction display icon, icon can not be confined to zone fixing on the touch-screen, has satisfied the different demands of different user to picture mark position.
Description of drawings
In order to be illustrated more clearly in the embodiment of the invention or technical scheme of the prior art, to do to introduce simply to the accompanying drawing of required use in embodiment or the description of the Prior Art below, apparently, accompanying drawing in describing below only is embodiments of the invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to the accompanying drawing that provides.
Fig. 1 is the first embodiment process flow diagram of a kind of one-handed performance icons of touch screen of the present invention method;
Fig. 2 is the second embodiment process flow diagram of a kind of one-handed performance icons of touch screen of the present invention method;
Fig. 3 is the 3rd embodiment process flow diagram of a kind of one-handed performance icons of touch screen of the present invention method;
Fig. 4 is the 4th embodiment process flow diagram of a kind of one-handed performance icons of touch screen of the present invention method;
Fig. 5 is the 5th embodiment process flow diagram of a kind of one-handed performance icons of touch screen of the present invention method;
Fig. 6 is the 6th embodiment process flow diagram of a kind of one-handed performance icons of touch screen of the present invention method;
Fig. 7 is the 7th embodiment process flow diagram of a kind of one-handed performance icons of touch screen of the present invention method;
Fig. 8 is the 8th embodiment process flow diagram of a kind of one-handed performance icons of touch screen of the present invention method;
Fig. 9 is first show state of icon in a kind of one-handed performance icons of touch screen of the present invention method;
Figure 10 is second show state of icon in a kind of one-handed performance icons of touch screen of the present invention method;
A kind of synoptic diagram that Figure 11 moves for a kind of one-handed performance icons of touch screen of the present invention method the 5th embodiment icon;
Another synoptic diagram that Figure 12 moves for a kind of one-handed performance icons of touch screen of the present invention method the 5th embodiment icon;
Another synoptic diagram that Figure 13 moves for a kind of one-handed performance icons of touch screen of the present invention method the 5th embodiment icon;
Another synoptic diagram that Figure 14 moves for a kind of one-handed performance icons of touch screen of the present invention method the 5th embodiment icon;
Another synoptic diagram that Figure 15 moves for a kind of one-handed performance icons of touch screen of the present invention method the 5th embodiment icon;
A kind of synoptic diagram that Figure 16 moves for a kind of one-handed performance icons of touch screen of the present invention method the 6th embodiment icon;
Another synoptic diagram that Figure 17 moves for a kind of one-handed performance icons of touch screen of the present invention method the 6th embodiment icon;
A kind of synoptic diagram that Figure 18 moves for a kind of one-handed performance icons of touch screen of the present invention method the 7th embodiment icon;
A kind of synoptic diagram that Figure 19 moves for a kind of one-handed performance icons of touch screen of the present invention method the 8th embodiment icon;
The another kind of synoptic diagram that Figure 20 moves for a kind of one-handed performance icons of touch screen of the present invention method the 8th embodiment icon;
Figure 21 is a structural representation of a kind of one-handed performance icons of touch screen of the present invention device;
Figure 22 is another structural representation of a kind of one-handed performance icons of touch screen of the present invention device;
Figure 23 is another structural representation of a kind of one-handed performance icons of touch screen of the present invention device.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the invention, the technical scheme in the embodiment of the invention is clearly and completely described, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills belong to the scope of protection of the invention not making the every other embodiment that obtains under the creative work prerequisite.
The application goes for the electronic equipment that mobile phone, IPAD, notebook etc. possess touch-screen.
One of main thought of the application can comprise, when getting access to user's command information, determines the display position of target icon according to above-mentioned command information, at above-mentioned display position display-object icon.The icon that the present invention can be difficult for user on the touch-screen to touch shows at touch-screen according to user's instruction, made things convenient for the singlehanded clicking operation icon of user, and, this programme is according to user's instruction display icon, icon can not be confined to zone fixing on the touch-screen, has satisfied the different demands of different user to picture mark position.
Embodiment one
With reference to figure 1, show the first embodiment process flow diagram of a kind of one-handed performance icons of touch screen of the present invention method, can may further comprise the steps:
S101: the command information that obtains the user.
Touch-screen one-handed performance method of the present invention is applied to have in the electronic equipment of touch-screen, present embodiment is example with the mobile phone, the touch-screen of mobile phone can comprise a plurality of icons for prompting operation, " address book " " short message " icons such as " internets " for example, in actual applications, icon on the handset touch panel has first show state and second show state at least, first show state is that touch-screen does not have default position (for example shown in Figure 9), be that icon on the touch-screen is covered with whole screen, do not have the icon default position on the screen; Second show state is that touch-screen has default position (for example shown in Figure 10), and namely the icon on the touch-screen is not covered with whole screen, also leaves the default position of icon on the screen.
Certainly above-mentioned is the exemplary show state of introducing two kinds of icons of touch screen; the embodiment of the invention is not limited to the show state of above-mentioned two kinds of icons of touch screen; as long as adopt embodiment of the present invention, namely according to user's command information display icon, all should belong to protection scope of the present invention.
S102: the display position of determining target icon according to described command information.
S103: show described target icon at described display position.
The user can send different command informations according to the different show states of touch-screen, and mobile phone is determined the display position of target icon according to command information, at above-mentioned display position display-object icon.Above-mentioned target icon can be all icons on the screen, can also be the part icon on the screen.When target icon is the partial graph timestamp, those skilled in the art can determine which icon is target icon comprise according to the distribution situation big or small and upward icon of touch-screen, general, the icon that user's one-handed performance can be difficult for touching is defined as target icon, for example, can be with the icon in the touch-screen upper left corner, or, the icon in the lower right corner, or, first row's all icons or part icon, or, last row's all icons or part icon are defined as target icon, and above-mentioned certainly is exemplary several target icon of having introduced, and the embodiment of the invention is not limited to above-mentioned several target icon.
Need to prove, the method of icon is mainly used in user's one-handed performance on the operation touch-screen of the present invention, when for example the user takes pubic transport, often need a hand to buttress handle, an idle hand is used for the operation of other things, such as operating handset, at this moment the user can only the one-handed performance mobile phone, the one-handed performance mobile phone can bring many constant, such as for the bigger touch-screen mobile phone of screen, during icon on the one-handed performance mobile phone, the icon in its upper left corner just is difficult for touching, therefore, and after detecting user's one-handed performance mobile phone, determine to be difficult on the touch-screen display position of the icon (for example icon in Fig. 9 or Figure 10 upper left corner) that touches according to the user instruction information that gets access to, show the icon (for example icon in Fig. 9 or Figure 10 upper left corner) that is difficult for touching at above-mentioned display position.
Further specify; above-mentioned display position shows that the icon (for example icon in Fig. 9 or Figure 10 upper left corner) that is difficult for touching has first display position at touch-screen; mobile phone is after detecting user's one-handed performance; when the point of the movement locus of finger touch on the touch-screen that mobile phone is gathered or touching all less than at first display position time; can judge that then the user touches less than above-mentioned icon (for example icon in Fig. 9 or Figure 10 upper left corner); and then can obtain user's command information; determine to be difficult on the touch-screen display position of the icon (for example icon in Fig. 9 or Figure 10 upper left corner) that touches according to command information, show the icon (for example icon in Fig. 9 or Figure 10 upper left corner) that is difficult for touching at above-mentioned display position.
In addition, during icon, the user instruction information of obtaining is the instruction of the convenient input of user on the one-handed performance mobile phone, for example rock mobile phone, click the button that can touch on the touch-screen, perhaps delimit a zone, the icon that is difficult on the touch-screen touching is shown in the zone of delimiting.Be understandable that when the instruction of user's input was the button that can touch on the click touch-screen, above-mentioned button one was decided to be the button that user's one-handed performance can touch; When the instruction of user's input was delimitation one zone, the zone one of above-mentioned delimitation was decided to be the zone that user's one-handed performance can touch.
Compared with prior art, the present invention can show the instruction of the icon that is difficult for touching on the touch-screen according to the user at touch-screen, made things convenient for the singlehanded clicking operation icon of user, and, this programme is according to user's instruction display icon, icon can not be confined to zone fixing on the touch-screen, has satisfied the different demands of different user to picture mark position.
Embodiment two
With reference to figure 2, show the second embodiment process flow diagram of a kind of one-handed performance icons of touch screen of the present invention method, can may further comprise the steps:
S201: with the icon on the acquiescence form demonstration touch-screen.
Application program according to mobile phone setting itself, the icon that the touch-screen of mobile phone need be operated with acquiescence form explicit user, for example Fig. 9 or acquiescence form shown in Figure 10, Fig. 9 is icon first show state on the handset touch panel, first show state is that touch-screen does not have default position, be that icon on the touch-screen is covered with whole screen, do not have the icon default position on the screen.Figure 10 is icon second show state on the handset touch panel, and second show state is that touch-screen has default position, and namely the icon on the touch-screen is not covered with whole screen, also leaves the icon default position on the screen.
S202: judge whether the user satisfies one-handed performance, if the user does not satisfy one-handed performance, then return S201, if the user satisfies one-handed performance, then carry out S203～S205.
Judge whether the user satisfies one-handed performance dual mode manually or automatically can be arranged:
Manual mode is for to arrange a button at mobile phone, for example the side at mobile phone arranges a button entity or arranges a button icon at touch-screen, when the user presses the button entity or button click icon, judge the user and satisfy one-handed performance, proceed S203～S205, otherwise return S201 with acquiescence form display icon.
Whether automated manner uses the thumb manipulation touch-screen for utilizing camera or biometric sensor to detect.General, during user's one-handed performance handset touch panel, mobile phone places palm, uses the thumb clickable icon.When automated manner detects user's one-handed performance, can biometric sensor be installed at mobile phone installing camera or at touch-screen, when camera or biometric sensor detect the user with the thumb manipulation touch-screen, then judge the user and satisfy one-handed performance, proceed S203～S205, otherwise return S201 with acquiescence form display icon.
S203: the command information that obtains the user.
S204: the display position of determining target icon according to described command information.
S205: show described target icon at described display position.
S101～S103 among S203～S205 and the embodiment one is similar, does not do at this and gives unnecessary details.
Embodiment three
With reference to figure 3, show the 3rd embodiment process flow diagram of a kind of one-handed performance icons of touch screen of the present invention method, can may further comprise the steps:
S301: with the icon on the acquiescence form demonstration touch-screen.
S302: judge whether the user satisfies one-handed performance, if not, then carry out S306, if then carry out S303～S305.
S303: the command information that obtains the user.
S304: the display position of determining target icon according to described command information.
S305: show described target icon at described display position.
S201～S205 among S301～S305 and the embodiment two is similar, does not do at this and gives unnecessary details.
S306: the icon selection instruction that receives the user.
The icon selection instruction that receives the user is clicked handle icon on the touch-screen according to demand for the user, and electronic equipment is opened corresponding application program according to the icon selection instruction and used for the user after for example mobile phone receives the icon selection instruction that receives the user.
Embodiment four
With reference to figure 4, show the 4th embodiment process flow diagram of a kind of one-handed performance icons of touch screen of the present invention method, can may further comprise the steps:
S401: with the icon on the acquiescence form demonstration touch-screen.
S402: judge whether the user satisfies one-handed performance, if not, then carry out S408, if then carry out S403～S404.
S301～S302 among S401～S402 and the embodiment three is similar, does not do at this and gives unnecessary details.
S403: obtain the current movement velocity vector of electronic equipment.
S404: judge that the size of described movement velocity vector is whether in the scope of pre-set velocity vector size.If not, then return S401, if then carry out S405～S407.
S405: the direction of determining described movement velocity vector.
S406: the display position of determining target icon according to the direction of described movement velocity vector.
S407: show described target icon at described display position.
S408: the icon selection instruction that receives the user.
Embodiment five
With reference to figure 5, show the 5th embodiment process flow diagram of a kind of one-handed performance icons of touch screen of the present invention method, can may further comprise the steps:
S501: with the icon on the acquiescence form demonstration touch-screen.
S502: judge whether the user satisfies one-handed performance.If not, then carry out S515, if then carry out S503～S504.
S503: obtain the current movement velocity vector of electronic equipment.
S504: judge that the size of described movement velocity vector is whether in the scope of pre-set velocity vector size.If not, then return S501, if then carry out S505.
S505: the direction of determining described movement velocity vector.
Electronic equipment is mobile phone for example, and it obtains the current movement velocity direction vector of electronic equipment can be for downwards, upwards, to the right or movement velocity direction vector left.
When obtaining the current movement velocity direction vector of electronic equipment and be the downward movement velocity direction vector of S506, then carry out S507: the display position of determining the first area icon is its adjacent underside area, shows described first area icon in described underside area.
When obtain the current movement velocity direction vector of electronic equipment be S508 make progress the movement velocity direction vector time, then carry out S509: the display position of determining the second area icon is its adjacent upper-side area, shows described second area icon in described upper-side area.
When obtaining the current movement velocity direction vector of electronic equipment and be to the right movement velocity direction vector of S510, then carry out S511: determine that the 3rd areal map target display position is its adjacent right side area, shows the described the 3rd regional icon in described right side area.
When obtaining the current movement velocity direction vector of electronic equipment and be left movement velocity direction vector of S512, then carry out S513: determine that the 4th areal map target display position is its adjacent left field, shows the described the 4th regional icon in described left field.
S514: judge whether electronic equipment gets access to the movement velocity vector.If then return S503: obtain the current movement velocity vector of electronic equipment.
S515: the icon selection instruction that receives the user.
Concrete, the zone that is positioned at the touch-screen upper edge is the first area, and the zone that is positioned at the touch-screen lower edge is second area, and the zone that is positioned at the touch-screen left side edge is the 3rd zone, and the zone that is positioned at the touch-screen right side edge is the 4th zone.With reference to figure 9, circle 1～circle 9 among the figure represents icons different on the touch-screen respectively, be convenient narration, be called icon 1～icon 9, icon on the touch-screen among Fig. 9 is first show state, first show state is that touch-screen does not have default position, and namely the icon on the touch-screen is covered with whole screen, does not have the icon default position on the screen.The position that can set icon 1, icon 2 and icon 3 places is the touch-screen first area, the position at icon 7, icon 8 and icon 9 places is the touch-screen second area, the position at icon 1, icon 4 and icon 7 places is touch-screen the 3rd zone, and the position at icon 3, icon 6 and icon 9 places is touch-screen the 4th zone.The picture mark position common, that the position of icon 1 and icon 9 is difficult for touching for user's one-handed performance.
When the user needs one-handed performance clickable icon 1, rapid movement mobile phone downwards, mobile phone obtains current movement velocity vector, when the size of above-mentioned movement velocity vector value surpasses the scope of pre-set velocity vector value, obtain the direction of above-mentioned movement velocity vector, when the direction of determining above-mentioned movement velocity vector is downward movement velocity direction vector, the icon of touch-screen first area (icon 1 then, icon 2 and icon 3) icon (icon 4 of the underside area that is adjacent, icon 5 and icon 6) transposition, the show state of icon is shown in the figure on right side among Figure 11 behind the transposition.Behind the icon transposition, the position of icon 1 is easy to user's clicking operation icon.
When the user needs one-handed performance clickable icon 9, the rapid movement mobile phone can make progress, mobile phone obtains current movement velocity vector, when the size of above-mentioned movement velocity vector value surpasses the scope of pre-set velocity vector value, obtain the direction of above-mentioned movement velocity vector, when the direction of determining above-mentioned movement velocity vector is the movement velocity direction vector that makes progress, the icon of touch-screen second area (icon 7 then, icon 8 and icon 9) icon (icon 4 of the upper-side area that is adjacent, icon 5 and icon 6) transposition, the show state of icon is shown in the figure on right side among Figure 12 behind the transposition.Behind the icon transposition, the position of icon 9 is easy to user's clicking operation icon.
Perhaps,
When the user needs one-handed performance clickable icon 1, rapid movement mobile phone to the right, mobile phone obtains current movement velocity vector, when the size of above-mentioned movement velocity vector value surpasses the scope of pre-set velocity vector value, obtain the direction of above-mentioned movement velocity vector, when the direction of determining above-mentioned movement velocity vector is to the right movement velocity direction vector, icon (the icon 1 in touch-screen the 3rd zone then, icon 4 and icon 7) icon (icon 2 of the right side area that is adjacent, icon 5 and icon 8) transposition, the show state of icon is shown in the figure on right side among Figure 13 behind the transposition.Behind the icon transposition, more original position, the position of icon 1 is easy to user's clicking operation icon.
When the user needs one-handed performance clickable icon 9, rapid movement mobile phone left, mobile phone obtains current movement velocity vector, when the size of above-mentioned movement velocity vector value surpasses the scope of pre-set velocity vector value, obtain the direction of above-mentioned movement velocity vector, when the direction of determining above-mentioned movement velocity vector is left movement velocity direction vector, touch-screen four-range icon (icon 3 then, icon 6 and icon 9) icon (icon 2 of the right side area that is adjacent, icon 5 and icon 8) transposition, the show state of icon is shown in the figure on right side among Figure 14 behind the transposition.Behind the icon transposition, the position of icon 9 is more original is easy to user's clicking operation icon.
In other embodiments of the invention, when the user needs one-handed performance clickable icon 1, rapid movement mobile phone downwards, mobile phone obtains current movement velocity vector, when the size of above-mentioned movement velocity vector value surpasses the scope of pre-set velocity vector value, obtain the direction of above-mentioned movement velocity vector, when the direction of determining above-mentioned movement velocity vector is downward movement velocity direction vector, the icon of touch-screen first area (icon 1 then, icon 2 and icon 3) icon (icon 4 of the underside area that is adjacent, icon 5 and icon 6) transposition, afterwards the user can be to the right motion mobile phone fast, mobile phone obtains current movement velocity vector, when the size of above-mentioned movement velocity vector value surpasses the scope of pre-set velocity vector value, obtain the direction of above-mentioned movement velocity vector, when the direction of determining above-mentioned movement velocity vector is to the right movement velocity direction vector, icon (the icon 4 in touch-screen the 3rd zone then, icon 1 and icon 7) icon (icon 5 of the right side area that is adjacent, icon 2 and icon 8) transposition, the show state of icon is shown in the figure of lower right side among Figure 15 behind the transposition.Behind the icon transposition, icon 1 position is in the centre of touch-screen, and this position is easier to user's clicking operation icon.
When the user needs one-handed performance clickable icon 9, the rapid movement mobile phone that can make progress earlier, rapid movement mobile phone left again, method and said method are similar, do not do at this and give unnecessary details.
Be understandable that, in other embodiments of the invention, icon on the touch-screen is not limited to 9 icons in the present embodiment, its distributing position also is not limited to the position of icon in the present embodiment, can distribute 2 or 4 icons of every row for example, the concrete condition of visible icon size and quantity and touch-screen size and deciding.In addition, the division of icon area is a preferred implementation in the present embodiment, in other embodiments of the invention, can be the first area with preceding two positions of going the icon places of touch-screen upper end, can be the first area with the position at the first three rows icon place on the touch-screen also, the position at the place of the first row icon that can also touch-screen and some icon of second row is set to the first area, and those skilled in the art are decided by the concrete condition of touch-screen and icon.Need to prove that the embodiment of the invention is not limited to the dividing mode of above-mentioned several icons of touch screen, should belong to protection scope of the present invention as long as adopt embodiment of the present invention that icon is moved all.
Embodiment six
With reference to figure 6, show the 6th embodiment process flow diagram of a kind of one-handed performance icons of touch screen of the present invention method, can may further comprise the steps:
S601: with the icon on the acquiescence form demonstration touch-screen.
S602: judge whether the user satisfies one-handed performance, if not, then carry out S608, otherwise carry out S603～S604.
S603: detect the touch operation on the described touch-screen.
S604: the movement locus when obtaining the described touch-screen of user's touch operation.
S605: judge whether described movement locus is enclosed areas, if then carry out S606, otherwise carry out S607.
S606: target icon moved in the described movement locus area surrounded show.
S607: connect the Origin And Destination of described movement locus, make described movement locus form an enclosed areas, and return S606.
S608: the icon selection instruction that receives the user.
Concrete, with reference to Figure 10, circle 1～circle 5 among the figure represents icons different on the touch-screen respectively, be convenient narration, be called icon 1～icon 5, the icon on the touch-screen among Figure 10 is second show state, and second show state is that touch-screen has default position, be that icon on the touch-screen is not covered with whole screen, the default position of icon is arranged on the screen.The picture mark position common, that the position of icon 1 is difficult for touching for user's one-handed performance.
When the user needs clickable icon 1, after judging the user and satisfying one-handed performance, as shown in figure 16, the user is in the draw circle of a sealing of the default position of icon, can install sensor on the handset touch panel for detection of the touch operation on the touch-screen, and obtain the formed movement locus of user's touch operation.Be enclosed areas when judging movement locus, then the target icon on the touch-screen moved in the above-mentioned movement locus area surrounded.Above-mentioned target icon can be all icons on the touch-screen, can also think the part icon, and those skilled in the art can flexible design.After the position that the figure that the user draws at the default position of icon can touch for the user certainly, the icon on the touch-screen moved in the figure area surrounded that the user draws, the user can click the icon 1 on the touch-screen easily.
If above-mentioned movement locus is not enclosed areas, can connect the Origin And Destination of above-mentioned movement locus, make above-mentioned movement locus form an enclosed areas, and target icon is moved in the closed region of above-mentioned movement locus formation.
In other embodiments of the invention, as shown in figure 17, if the user is too small in the closed circle that the default position of icon draws, be not enough to icons all on the touch-screen is moved in the circle of sealing, then can show some icon on the touch-screen earlier, after the request of the switching touch-screen page that receives the user, at remaining icon of next page demonstration of touch-screen.
Embodiment seven
With reference to figure 7, show the 7th embodiment process flow diagram of a kind of one-handed performance icons of touch screen of the present invention method, can may further comprise the steps:
S701: with the icon on the acquiescence form demonstration touch-screen.
S702: judge whether the user satisfies one-handed performance, if not, then carry out S708, otherwise carry out S703～S704.
S703: detect the touch operation on the described touch-screen.
S704: the movement locus when obtaining the described touch-screen of user's touch operation.
S705: judge whether described movement locus is enclosed areas, if then carry out S706, otherwise carry out S707.
S706: target icon is moved in the described movement locus area surrounded.
S707: target icon is moved on the described movement locus, and show along described movement locus.
S708: the icon selection instruction that receives the user.
Embodiment eight
With reference to figure 8, show the 8th embodiment process flow diagram of a kind of one-handed performance icons of touch screen of the present invention method, can may further comprise the steps:
S801: with the icon on the acquiescence form demonstration touch-screen.
S802: judge whether the user satisfies one-handed performance, if not, then carry out S807, otherwise carry out S803～S804.
S803: the command information that obtains zoom icon.
S804: judge which end command information described command information is, when described command information is the left end command information, carry out S805, when described command information is the right-hand member command information, carry out S806.
S805: the target icon after showing convergent-divergent below the described touch-screen left side.
S806: the target icon after showing convergent-divergent below the described touch-screen right side.
S807: the icon selection instruction that receives the user.
Concrete, suppose that the user needs clickable icon 1, after judging the user and satisfying one-handed performance, the user can click the virtual push button in the lower right corner in Figure 19 left hand view, mobile phone gets access to the command information of zoom icon, when the command information of judging zoom icon is the right-hand member command information, target icon after showing convergent-divergent below the touch-screen right side, above-mentioned target icon can be icons all on the touch-screen (shown in lower right corner figure in Figure 19 right part of flg), also can be touch-screen top icon (shown in lower right corner figure in Figure 20 right part of flg), those skilled in the art are decided by the concrete condition of touch-screen and icon, do not do at this and give unnecessary details.
Need to prove, different people is used the custom difference of mobile phone, some gets used to using the right-hand operated mobile phone, and some people is more prone to use left hand, use the custom of mobile phone in order to satisfy different people, two virtual push buttons about present embodiment is provided with, receive the command information that the command information of zoom icon is sent for one of them order button when mobile phone, determine that according to the command information of zoom icon the display position of target icon is touch-screen left side or below, right side, the target icon after showing convergent-divergent below touch-screen left side or the right side.
Acquisition module U1 is for the command information that obtains the user;
Determination module U2 is for the display position of determining target icon according to described command information;
The first display module U3 is used for showing described target icon at described display position.
Referring to Figure 21, above-mentioned device also comprises:
The second display module U4 is used for the icon on the acquiescence form demonstration touch-screen;
The first judge module U5, be used for judging whether the user satisfies one-handed performance, if the user satisfies one-handed performance, acquisition module U1 obtains user's command information, determination module U2 determines the display position of target icon according to command information, and the first display module U3 shows described target icon at described display position.
Above-mentioned command information can comprise the movement velocity vector that electronic equipment is current, or the movement locus during the described touch-screen of user's touch operation, or the command information of zoom icon.
When command information was the current movement velocity vector of electronic equipment, determination module U2 determined the display position of target icon according to the current movement velocity vector of electronic equipment, and the first display module U3 shows described target icon at described display position.
Referring to Figure 22, above-mentioned device also comprises the second judge module U6;
The second judge module U6 judges that according to the current movement velocity vector of described electronic equipment that obtains the size of described movement velocity vector is whether in the scope of pre-set velocity vector size, if not, then the second display module U4 is with the icon on the acquiescence form demonstration touch-screen, otherwise, determination module U2 determines the display position of target icon according to the current movement velocity vector of described electronic equipment, and the first display module U3 shows described target icon at described display position.
Determination module U2 determines the display position of target icon according to the current movement velocity vector of described electronic equipment, and described first display module shows that at described display position described target icon is specially:
When the direction of described movement velocity vector was downward movement velocity direction vector, determination module U2 determined that the display position of first area icon is its adjacent underside area, and the first display module U3 shows described first area icon in described underside area;
Or,
When the direction of described movement velocity vector was the movement velocity direction vector that makes progress, determination module U2 determined that the display position of second area icon is its adjacent upper-side area, and the first display module U3 shows described second area icon in described upper-side area;
Or,
When the direction of described movement velocity vector was to the right movement velocity direction vector, determination module U2 determined that the 3rd areal map target display position is its adjacent right side area, and the first display module U3 shows the described the 3rd regional icon in described right side area;
Or,
When the direction of described movement velocity vector was left movement velocity direction vector, determination module U2 determined that the 4th areal map target display position is its adjacent left field, and the first display module U3 shows the described the 4th regional icon in described left field.
During movement locus when command information is the described touch-screen of user's touch operation, the movement locus of determination module U2 during according to the described touch-screen of described user's touch operation determined the display position of target icon, and the first display module U3 shows described target icon at described display position.
The first display module U3 shows that at described display position described target icon is specially:
When described movement locus was the closed region, the first display module U3 showed described target icon in described movement locus area surrounded;
When described movement locus was not the closed region, the first display module U3 showed described target icon along described movement locus;
Or,
Described first display module connects the Origin And Destination of described movement locus, makes described movement locus form an enclosed areas, and the first display module U3 shows described target icon in described movement locus area surrounded.
When command information is the command information of zoom icon, determination module U2 determines the display position of target icon according to command information, the first display module U3 shows that at described display position described target icon is specially: determination module U2 determines that according to the command information of described zoom icon the display position of target icon is the below of touch-screen one side, the target icon of the first display module U3 after showing convergent-divergent below described touch-screen one side.
Further, can below touch-screen, order button be set two ends, the left and right sides respectively, the command information of described zoom icon is to receive the command information that one of them order button is sent, determination module U2 determines that according to the command information of described zoom icon the display position of target icon is touch-screen left side or below, right side, the target icon of the first display module U3 after showing convergent-divergent below described touch-screen left side or the right side.
Each embodiment adopts the mode of going forward one by one to describe in this instructions, and what each embodiment stressed is and the difference of other embodiment that identical similar part is mutually referring to getting final product between each embodiment.For the disclosed device of embodiment, because it is corresponding with the embodiment disclosed method, so description is fairly simple, relevant part partly illustrates referring to method and gets final product.
At last, also need to prove, in this article, such as first, second, third and the fourth class relational terms only be used for an entity or operation are made a distinction with another entity or operation, and not necessarily require or hint and have the relation of any this reality or in proper order between these entities or the operation.And, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thereby make and comprise that process, method, article or the equipment of a series of key elements not only comprise those key elements, but also comprise other key elements of clearly not listing, or also be included as the intrinsic key element of this process, method, article or equipment.Do not having under the situation of more restrictions, the key element that is limited by statement " comprising ... ", and be not precluded within process, method, article or the equipment that comprises described key element and also have other identical element.
For the convenience of describing, be divided into various unit with function when describing above the device and describe respectively.Certainly, when implementing the application, can in same or a plurality of softwares and/or hardware, realize the function of each unit.
To the above-mentioned explanation of the disclosed embodiments, make this area professional and technical personnel can realize or use the present invention.Multiple modification to these embodiment will be apparent concerning those skilled in the art, and defined General Principle can realize under the situation that does not break away from the spirit or scope of the present invention in other embodiments herein.Therefore, the present invention will can not be restricted to these embodiment shown in this article, but will meet the wideest scope consistent with principle disclosed herein and features of novelty.
Claims (18)
1. the method for an one-handed performance icons of touch screen is applied to have in the electronic equipment of touch-screen, it is characterized in that described method comprises:
Obtain user's command information;
Determine the display position of target icon according to described command information;
Show described target icon at described display position.
2. method according to claim 1 is characterized in that, also comprises before the described user's of obtaining the command information:
With the icon on the acquiescence form demonstration touch-screen;
Judge whether the user satisfies one-handed performance, obtain user's command information if the user satisfies one-handed performance, determine the display position of target icon to show described target icon at described display position according to described command information.
3. method according to claim 2 is characterized in that, described command information comprises the movement velocity vector that described electronic equipment is current;
Then describedly determine the display position of target icon to show that at described display position described target icon is specially according to described command information:
Determine the display position of target icon to show described target icon at described display position according to the current movement velocity vector of described electronic equipment.
4. method according to claim 3 is characterized in that, describedly determines also to comprise the display position of target icon before described display position shows described target icon according to the current movement velocity vector of described electronic equipment:
The size of judging described movement velocity vector according to the current movement velocity vector of the described electronic equipment that obtains if not, then shows icon on the touch-screen with the acquiescence form whether in the scope of pre-set velocity vector size,
If,
Then determine the direction of described movement velocity vector, determine the display position of target icon to show described target icon at described display position according to the direction of described movement velocity vector.
5. method according to claim 4 is characterized in that, determines the display position of target icon to show described target icon at described display position according to the direction of described movement velocity vector according to following method:
When the direction of described movement velocity vector is downward movement velocity direction vector, determine that the display position of first area icon is its adjacent underside area, show described first area icon in described underside area;
Or,
When the direction of described movement velocity vector is the movement velocity direction vector that makes progress, determine that the display position of second area icon is its adjacent upper-side area, show described second area icon in described upper-side area;
Or,
When the direction of described movement velocity vector is to the right movement velocity direction vector, determine that the 3rd areal map target display position is its adjacent right side area, shows the described the 3rd regional icon in described right side area;
Or,
When the direction of described movement velocity vector is left movement velocity direction vector, determine that the 4th areal map target display position is its adjacent left field, shows the described the 4th regional icon in described left field.
6. method according to claim 2 is characterized in that, the movement locus when described command information comprises the described touch-screen of user's touch operation;
Then describedly determine the display position of target icon to show that at described display position described target icon is specially according to described command information:
Movement locus during according to the described touch-screen of user's touch operation is determined the display position of target icon, shows described target icon at described display position.
7. method according to claim 6 is characterized in that, the movement locus during according to the described touch-screen of user's touch operation is determined the display position of target icon, shows that at described display position described target icon is specially:
When described movement locus is the closed region, described target icon moved in the described movement locus area surrounded shows;
When described movement locus is not the closed region, described target icon is moved on the described movement locus, and show along described movement locus; Or, connect the Origin And Destination of described movement locus, make described movement locus form an enclosed areas, described target icon is moved in the described movement locus area surrounded show.
8. method according to claim 2 is characterized in that, described command information comprises the command information of zoom icon;
Then describedly determine the display position of target icon to show that at described display position described target icon is specially according to described command information:
Determine that according to the command information of described zoom icon the display position of target icon is the below of touch-screen one side, the target icon after showing convergent-divergent below described touch-screen one side.
9. method according to claim 8 is characterized in that, two ends, the left and right sides arrange order button respectively below touch-screen, the command information that the command information of described zoom icon is sent for one of them order button; Determine that according to the command information of described zoom icon the display position of target icon is below, touch-screen left side or below, right side, the target icon behind the demonstration convergent-divergent below described touch-screen left side or below the right side.
10. a device of realizing the one-handed performance icons of touch screen is applied to have in the electronic equipment of touch-screen, it is characterized in that, comprising:
Acquisition module is for the command information that obtains the user;
Determination module is for the display position of determining target icon according to described command information;
First display module is used for showing described target icon at described display position.
11. device according to claim 10 is characterized in that, also comprises:
Second display module is used for the icon on the acquiescence form demonstration touch-screen;
First judge module, be used for judging whether the user satisfies one-handed performance, if the user satisfies one-handed performance, described acquisition module obtains user's command information, described determination module is determined the display position of target icon according to command information, and described first display module shows described target icon at described display position.
12. device according to claim 11 is characterized in that, described command information comprises the movement velocity vector that described electronic equipment is current;
Described determination module is determined the display position of target icon according to command information, and described first display module shows that at described display position described target icon is specially:
Described determination module is determined the display position of target icon according to the current movement velocity vector of described electronic equipment, and described first display module shows described target icon at described display position.
13. device according to claim 12 is characterized in that, also comprises second judge module;
Described second judge module, be used for judging that according to the current movement velocity vector of described electronic equipment that obtains the size of described movement velocity vector is whether in the scope of pre-set velocity vector size, if not, then second display module shows icon on the touch-screen with the acquiescence form
If,
Described determination module is determined the display position of target icon according to the current movement velocity vector of described electronic equipment, and described first display module shows described target icon at described display position.
14. device according to claim 13, it is characterized in that, described determination module is determined the display position of target icon according to the current movement velocity vector of described electronic equipment, and described first display module shows that at described display position described target icon is specially:
When the direction of described movement velocity vector was downward movement velocity direction vector, described determination module determined that the display position of first area icon is its adjacent underside area, and described first display module shows described first area icon in described underside area;
Or,
When the direction of described movement velocity vector was the movement velocity direction vector that makes progress, described determination module determined that the display position of second area icon is its adjacent upper-side area, and described first display module shows described second area icon in described upper-side area;
Or,
When the direction of described movement velocity vector was to the right movement velocity direction vector, described determination module determined that the 3rd areal map target display position is its adjacent right side area, and described first display module shows the described the 3rd regional icon in described right side area;
Or,
When the direction of described movement velocity vector was left movement velocity direction vector, described determination module determined that the 4th areal map target display position is its adjacent left field, and described first display module shows the described the 4th regional icon in described left field.
15. device according to claim 11 is characterized in that, the movement locus when described command information comprises the described touch-screen of user's touch operation;
Described determination module is determined the display position of target icon according to command information, and described first display module shows that at described display position described target icon is specially:
The movement locus of described determination module during according to the described touch-screen of described user's touch operation determined the display position of target icon, and described first display module shows described target icon at described display position.
16. device according to claim 15 is characterized in that, described first display module shows that at described display position described target icon is specially:
When described movement locus was the closed region, described first display module showed described target icon in described movement locus area surrounded;
When described movement locus was not the closed region, described first display module showed described target icon along described movement locus;
Or,
Described first display module connects the Origin And Destination of described movement locus, makes described movement locus form an enclosed areas, and described first display module shows described target icon in described movement locus area surrounded.
17. device according to claim 11 is characterized in that, described command information comprises the command information of zoom icon;
Described determination module is determined the display position of target icon according to command information, and described first display module shows that at described display position described target icon is specially:
Described determination module determines that according to the command information of described zoom icon the display position of target icon is the below of touch-screen one side, the target icon of described first display module after showing convergent-divergent below described touch-screen one side.
18. device according to claim 17 is characterized in that, two ends, the left and right sides arrange order button respectively below touch-screen, the command information that the command information of described zoom icon is sent for one of them order button; Described determination module determines that according to the command information of described zoom icon the display position of target icon is below, touch-screen left side or below, right side, and described first display module is the target icon behind the demonstration convergent-divergent below described touch-screen left side or below the right side.
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