CN103412725B - A kind of touch operation method and device - Google Patents
A kind of touch operation method and device Download PDFInfo
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- CN103412725B CN103412725B CN201310380188.2A CN201310380188A CN103412725B CN 103412725 B CN103412725 B CN 103412725B CN 201310380188 A CN201310380188 A CN 201310380188A CN 103412725 B CN103412725 B CN 103412725B
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Abstract
The present invention relates to mobile communication technology field, disclose a kind of touch operation method and device, the method includes: screen is divided into suitable one-handed performance region and is not suitable for one-handed performance region；After receiving the operation of the selection to one-handed performance miscellaneous function, described in showing one in described suitable one-handed performance region, it is not suitable for the mapping area in one-handed performance region；Receive the touch control operation in described mapping area, be not suitable for touch control operation described in one-handed performance region response, perform the response operation that described touch control operation is corresponding.The present invention is by setting up a mapping area to being not suitable for one-handed performance region so that the position being difficult to touch can be carried out touch control operation in the region of touch-control at one hand by user, thus smoothly completing the one-handed performance to large-size screen monitors terminal.
Description
Technical field
The present invention relates to mobile communication technology field, particularly to a kind of touch operation method and device.
Background technology
Current most intelligent terminal all adopts touch screen as input equipment, and the efficiency of touch-control input and accuracy directly affects the overall performance of terminal.In order to pursue better display effect, the display screen of recent mobile terminal presents the situation increasingly maximized, and the display screen of small mobile terminals such as mobile phone etc. has generally exceeded 4 inches, and even the screen of some mobile phone is beyond 5 inches.But then, more emphasizing portability due to small mobile terminals, be typically positioned as and operated by user's single-hand handling & machine, the excessive operating area that giant-screen causes brings very big inconvenience to the one-handed performance of user.Although bimanualness can be selected in some cases to control mobile phone, but mobile phone is different from the mobile equipment such as panel computer, it is likely to all can occur whenever and wherever possible operational requirements, some specific scene can only use one-handed performance, such as on bus, on the other hand to hold handle, another hand-held mobile phone terminal operation, now large-screen mobile phone obviously can bring many difficulties to user operation.
Most typically ground, the address input field of such as browser application is generally in the top of screen, the middle and lower part of mobile phone generally it is held in during user's single hand operation of mobile phone, when Mobile phone touch control screen is excessive, user's finger is difficult to click address field and inputs, and causes browser application utilization rate when one-handed performance relatively low.Similarly, some specific position, such as the top or outermost operating space also are difficult to be arrived by user's touch-control, cause that the application of these positions or function are seldom used by a user, reduce the operating efficiency of user.In prior art, will changing this situation, the user interface of operating system or application must be done and significantly adjust by large-screen mobile phone, development cost certainly will be caused to increase and development efficiency reduces.
Summary of the invention
For the defect of prior art, the technical problem to be solved is the one-handed performance ability how optimizing large-size screen monitors terminal.
For solving the problems referred to above, an aspect of of the present present invention provides a kind of touch operation method, and described method includes step:
S1, is divided into screen suitable one-handed performance region and is not suitable for one-handed performance region；
S2, after receiving the operation of the selection to one-handed performance miscellaneous function, is not suitable for the mapping area in one-handed performance region in described suitable one-handed performance region described in showing one；
S3, receives the touch control operation in described mapping area, is being not suitable for touch control operation described in one-handed performance region response, performs the response operation that described touch control operation is corresponding.
Preferably, described method also includes:
Before screen being divided into suitable one-handed performance region and is not suitable for one-handed performance region,
Calculate the physical size of screen according to screen parameter and described physical size and pre-set dimension threshold values are compared, when described physical size is more than described pre-set dimension threshold values, screen is divided into suitable one-handed performance region and is not suitable for one-handed performance region.
Preferably, wherein, described screen parameter includes screen resolution and screen density.
Preferably, wherein, described suitable one-handed performance region is the region of screen lower part and described pre-set dimension equal areas.
Preferably, described mapping area and the described one-handed performance region that is not suitable for are mapping relations, the touch control operation in described mapping area be mapped in real time described in be not suitable for the correspondence position in one-handed performance region and be not suitable for touch control operation described in one-handed performance region response for described.
Preferably, wherein, after receiving the touch control operation in described mapping area, being not suitable for the correspondence mappings position display highlighting prompting in one-handed performance region, described touch control operation is responded according to the form control cursor of described touch control operation.
On the other hand, the present invention also provides a kind of touch control operation device simultaneously, and described device includes:
Split screen module, for being divided into suitable one-handed performance region and being not suitable for one-handed performance region by screen；
One-handed performance miscellaneous function active module, for, after receiving the operation of the selection to one-handed performance miscellaneous function, being not suitable for the mapping area in one-handed performance region in described suitable one-handed performance region described in showing one；
Touch control operation respond module, for receiving the touch control operation in described mapping area, is being not suitable for touch control operation described in one-handed performance region response, performs the response operation that described touch control operation is corresponding.
Preferred DIYU, described device also includes:
Computing module, for calculating the physical size of screen according to screen parameter and described physical size and pre-set dimension threshold values being compared, when described physical size is more than described pre-set dimension threshold values, screen is divided into suitable one-handed performance region and is not suitable for one-handed performance region by described split screen module；Wherein, described suitable one-handed performance region is the region of screen lower part and described pre-set dimension equal areas.
Preferably, described one-handed performance miscellaneous function active module includes:
Select operation to receive unit, operate for receiving the selection to one-handed performance miscellaneous function；
Display unit, for being not suitable for, with described, the mapping area that one-handed performance region is mapping relations to the operation expansion one in suitable one-handed performance region that selects of described one-handed performance miscellaneous function according to user.
Preferably, described touch control operation respond module includes:
Tip element, for, after the touch control operation received in described mapping area, being not suitable for the correspondence mappings position display highlighting prompting in one-handed performance region, responding described touch control operation according to the form control cursor of described touch control operation.
Compared with prior art, the invention provides a kind of touch operation method and device, by setting up a mapping area to being not suitable for one-handed performance region, make user in the region of touch-control, the position being difficult to touch can be carried out touch control operation at one hand, thus smoothly completing the one-handed performance to large-size screen monitors terminal.Technical scheme is without significantly adjusting the original operating system of mobile terminal or application, it is achieved facilitates and significantly improves input efficiency.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet of touch operation method in one embodiment of the invention；
Fig. 2 is the effect schematic diagram in a preferred embodiment of the invention before and after mapping area display；
Fig. 3 is the effect schematic diagram utilizing mapping area to carry out clicking input in a preferred embodiment of the invention；
Fig. 4 completes touch-control input pack up mapping area and adjust the effect schematic diagram of picture mark position in a preferred embodiment of the invention；
Fig. 5 is the modular structure schematic diagram of touch control operation device in one embodiment of the present of invention.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described.Obviously, described embodiment is implement the better embodiment of the present invention, and described description is for the purpose of the rule so that the present invention to be described, is not limited to the scope of the present invention.Protection scope of the present invention should be as defined in claim, based on the embodiment in the present invention, and the every other embodiment that those of ordinary skill in the art obtain under the premise not making creative work, broadly fall into the scope of protection of the invention.
Large-size screen monitors mobile terminal brings better visual experience, but after giving up physical button to pursue giant-screen, singlehanded touch control operation is difficult to take into account all of position on giant-screen, and the input efficiency of user and Consumer's Experience receive certain impact simultaneously.The present invention is to solve the problems referred to above, mobile terminal screen is provided with a mapping area being easy to one-handed performance, by the input of the touch-control in this region being mapped to the region of inconvenience one-handed performance, it is achieved that the one-handed performance control to large-size screen monitors mobile terminal all operations region.
Referring to Fig. 1, in one embodiment of the invention, touch operation method includes step:
S1, is divided into screen suitable one-handed performance region and is not suitable for one-handed performance region.
In an example of the present invention, before screen being divided into suitable one-handed performance region and is not suitable for one-handed performance region, calculate the physical size of screen according to screen parameter and described physical size and pre-set dimension threshold values are compared, when described physical size is more than described pre-set dimension threshold values, screen is divided into suitable one-handed performance region and is not suitable for one-handed performance region.In another example of the present invention, described pre-set dimension threshold value is 3.2 inches.
In an example of the present invention, described screen parameter includes screen resolution and screen density (density), wherein screen resolution refers to screen pixel number h(unit px in the height direction, pixel) and width on pixel number w(unit px, pixel), screen density refers to that the usual unit of pixel number d(that screen is distributed in unit length is PPI, pixelperinch, pixel per inch), pass throughLearn the Pixel Dimensions L of screen diagonal, learn that again through S=L/d the physical size S(unit of current screen is inch), such as 3.5 inches, 4.0 inches, 5.0 inches etc..
In an example of the present invention, described suitable one-handed performance region refers to the region of screen lower part and described pre-set dimension equal areas, and another part of screen is then for being not suitable for one-handed performance region.
In an example of the present invention, owing to pre-set dimension threshold value is 3.2 inches, the height X of the distance the top of screen that is not suitable in one-handed performance region edges of regions isOwing to X is relevant to the density of current screen, therefore not only relevant to screen resolution, also relevant to the actual physical size of screen.Such as, two mobile phone being all 5.0 inch screen, a resolution 1280x720, another money is 1920x1080, owing to their screen density is different, when predetermined threshold value is all 3.2 inches, the distance at the Edge Distance top being not suitable for one-handed performance region is different, and the physical size in suitable one-handed performance region is 3.2 inches.
S2, after receiving the operation of the selection to one-handed performance miscellaneous function, is not suitable for the mapping area in one-handed performance region in described suitable one-handed performance region described in showing one.
Fig. 2 illustrates the effect schematic diagram before and after the display of described mapping area.
As shown in effect on the left of Fig. 2, described mapping area is shown in suitable one-handed performance region with the form of suspension icon when hiding, and now, user can pass through drag gesture mobile described suspension icon on screen.
In an example of the present invention, as shown in effect on the right side of Fig. 2, when user needs to use one-handed performance miscellaneous function, undertaken selecting operation by clicking this icon, after clicking this icon, suitable one-handed performance region is launched a mapping area.Preferably, the expanded position of mapping area is corresponding with suspension icon position.
In an example of the present invention, when user need not use one-handed performance miscellaneous function, it is possible to hide this mapping area by clicking other regions outside described mapping area.In an example of the present invention, described mapping area can be that namely size is identical with being not suitable for one-handed performance region, and the pixel one_to_one corresponding in each orientation to the absolute mapping being not suitable for one-handed performance region.Can also be that the geometric ratio being not suitable for one-handed performance region is mapped, i.e. the pixel uniform zoom in size and each orientation, it is more preferred to, mapping area is 0.5-1 with the ratio being not suitable for one-handed performance region.
S3, receives the touch control operation in described mapping area, is being not suitable for touch control operation described in one-handed performance region response, performs the response operation that described touch control operation is corresponding.In an example of the present invention, user carries out touch control operation in mapping area, according to aforesaid mapping relations, is projected by the touch control operation in mapping area and is not suitable in one-handed performance region on correspondence mappings position.Preferably, it is possible to carry out cursor prompt simultaneously.After touch-control has inputted, perform the corresponding operating that touch control operation is corresponding in this correspondence mappings position.
Such as, user, after mapping area is clicked, is not suitable for mapping position position corresponding in one-handed performance region and cursor prompt occurs, if now not loosing one's grip, continuing to pull movable cursor, loose one's grip, be equal to and carry out one click operation in corresponding mapping position.Or after pressing at same position, not loosing one's grip and reach certain time (such as 1s), it is identified as and corresponding mapping position position is grown by operation.
Generally speaking, user inputs at the touch-control of mapping area, the direct Mappings of meeting is to being not suitable in one-handed performance region, make user can complete operation behavior (click, double-click, long by etc.) in being not suitable for one-handed performance region, and according to the operation behavior of user, corresponding function can be triggered or provide corresponding prompting.
Fig. 3 illustrates the effect schematic diagram utilizing mapping area to carry out clicking input.
In a preferred embodiment of the invention, the clicking operation of address input field to browser application top is completed by mapping area, so that user can choose this address field to input.The effect that user's Choose for user region is ready for is shown on the left of Fig. 3；Then show in the middle of Fig. 3 that the address field on browser application top (belong to and be not suitable for one-handed performance region) is carried out the effect of clicking operation according to the prompting of light target in mapping area by user；The effect of the address field that have selected after showing user's clicking operation on the right side of Fig. 3.
As it is shown on figure 3, user presses in map section, a corresponding cursor instruction can be seen in the region being not suitable for one-handed performance.User does not loose one's grip, continues to pull, mobile cursor.Resting on exactly after in address field at cursor, this user looses one's grip, and namely completes one click operation, and address field successfully launches.
Fig. 4 illustrates that completing touch-control input in a preferred embodiment of the invention packs up mapping area and adjust the effect schematic diagram of picture mark position.
Fig. 4 left hand view shows mapping area display schematic diagram；Show in the middle of Fig. 4 that user is by clicking effect mapping area packed up outside mapping area as suspension icon；Show on the right side of Fig. 4 that user passes through to pull suspension icon and moves up the effect of one-handed performance aid provided by the present invention.
As shown in Figure 4, after mapping area shows, by clicking operation, mapping area can be hidden.The such as any place clicked beyond mapping area is packed up as suspension icon.Preferably, for avoiding the suspension icon packed up to affect the normal use of user, it can be moved operation by drag operation by user, from Row sum-equal matrix, it shows position.
Visible technical scheme is minimum on OS or the application impact of mobile terminal, can be supplied to OS or application completely as plug-in unit, it is not necessary to specially the user interface of OS or application is carried out significantly adjusting and optimizing, it is achieved facilitate and significantly improve input efficiency.
Relevant technical staff in the field will be understood that corresponding with the method for the present invention, and the present invention also includes a kind of touch-control input mapping device simultaneously, with said method step correspondingly, as it is shown in figure 5, this device includes:
Split screen module 501, for being divided into suitable one-handed performance region and being not suitable for one-handed performance region by screen；
One-handed performance miscellaneous function active module 502, for, after receiving the operation of the selection to one-handed performance miscellaneous function, being not suitable for the mapping area in one-handed performance region in described suitable one-handed performance region described in showing one；
Touch control operation respond module 503, for receiving the touch control operation in mapping area, is being not suitable for touch control operation described in one-handed performance region response, performs the response operation that described touch control operation is corresponding.
In a preferred embodiment of the invention, described device also includes: computing module (not shown), for calculating the physical size of screen according to screen parameter and described physical size and pre-set dimension threshold values being compared, when described physical size is more than described pre-set dimension threshold values, screen is divided into suitable one-handed performance region and is not suitable for one-handed performance region by described split screen module；Wherein, described suitable one-handed performance region is the region of screen lower part and described pre-set dimension equal areas.
Preferably, described one-handed performance miscellaneous function active module includes:
Clicking operation receives unit, operates for receiving the selection to one-handed performance miscellaneous function；
Display unit, for being not suitable for, with described, the mapping area that one-handed performance region is mapping relations to the operation expansion one in suitable one-handed performance region that selects of described one-handed performance miscellaneous function according to user.
Preferably, described touch control operation respond module includes: Tip element, for, after the touch control operation received in described mapping area, being not suitable for the correspondence mappings position display highlighting prompting in one-handed performance region, responding described touch control operation according to the form control cursor of described touch control operation.
Compared with prior art, technical scheme is by setting up a mapping area to being not suitable for one-handed performance region, make user in the region of touch-control, the position being difficult to touch can be carried out touch control operation at one hand, thus smoothly completing the one-handed performance to large-size screen monitors terminal.Technical scheme, without the original operating system of mobile terminal or application are significantly adjusted, adopts the form of plug-in unit can provide repertoire, it is achieved facilitate and significantly improve input efficiency.
One of ordinary skill in the art will appreciate that, realize all or part of step in above-described embodiment method to can be by the hardware that program carrys out instruction relevant and complete, described program can be stored in a computer read/write memory medium, this program is upon execution, including each step of above-described embodiment method, and described storage medium may is that ROM/RAM, magnetic disc, CD, storage card etc..
Although above in association with preferred embodiment, invention has been described, but it should be appreciated by those skilled in the art, method and system of the present invention is not limited to the embodiment described in detailed description of the invention, when without departing substantially from the spirit and scope of the invention being defined by the appended claims, the present invention can be made various amendment, increase and replace.
Claims (10)
1. a touch operation method, it is characterised in that described method includes step:
S1, is divided into screen suitable one-handed performance region and is not suitable for one-handed performance region, and is arranged to start the suspension icon of one-handed performance miscellaneous function in described suitable one-handed performance region；Wherein, the display position of described suspension icon can be moved by drag gesture；
S2, after receiving the operation of the selection to one-handed performance miscellaneous function, is not suitable for the mapping area in one-handed performance region described in the position display one that suspension icon described in described suitable one-handed performance region is corresponding；
S3, receives the touch control operation in described mapping area, is being not suitable for touch control operation described in one-handed performance region response, performs the response operation that described touch control operation is corresponding.
2. method according to claim 1, also includes:
Before screen being divided into suitable one-handed performance region and is not suitable for one-handed performance region,
Calculate the physical size of screen according to screen parameter and described physical size and pre-set dimension threshold values are compared, when described physical size is more than described pre-set dimension threshold values, screen is divided into suitable one-handed performance region and is not suitable for one-handed performance region.
3. method according to claim 2, wherein, described screen parameter includes screen resolution and screen density.
4. method according to claim 3, wherein, described suitable one-handed performance region is the region of screen lower part and described pre-set dimension equal areas.
5. method according to claim 1, described mapping area and the described one-handed performance region that is not suitable for are mapping relations, the touch control operation in described mapping area be mapped in real time described in be not suitable for the correspondence position in one-handed performance region and be not suitable for touch control operation described in one-handed performance region response for described.
6. method according to claim 1, wherein, after receiving the touch control operation in described mapping area, being not suitable for the correspondence mappings position display highlighting prompting in one-handed performance region, responds described touch control operation according to the form control cursor of described touch control operation.
7. a touch control operation device, it is characterised in that described device includes:
Split screen module, for screen being divided into suitable one-handed performance region and being not suitable for one-handed performance region, and is arranged to start the suspension icon of one-handed performance miscellaneous function in described suitable one-handed performance region；Wherein, the display position of described suspension icon can be moved by drag gesture；
One-handed performance miscellaneous function active module, for, after receiving the operation of the selection to one-handed performance miscellaneous function, being not suitable for the mapping area in one-handed performance region described in the position display one that suspension icon described in described suitable one-handed performance region is corresponding；
Touch control operation respond module, for receiving the touch control operation in described mapping area, is being not suitable for touch control operation described in one-handed performance region response, performs the response operation that described touch control operation is corresponding.
8. device according to claim 7, it is characterised in that described device also includes:
Computing module, for calculating the physical size of screen according to screen parameter and described physical size and pre-set dimension threshold values being compared, when described physical size is more than described pre-set dimension threshold values, screen is divided into suitable one-handed performance region and is not suitable for one-handed performance region by described split screen module；Wherein, described suitable one-handed performance region is the region of screen lower part and described pre-set dimension equal areas.
9. device according to claim 7, it is characterised in that described one-handed performance miscellaneous function active module includes:
Select operation to receive unit, operate for receiving the selection to one-handed performance miscellaneous function；
Display unit, for being not suitable for, with described, the mapping area that one-handed performance region is mapping relations to the operation expansion one in suitable one-handed performance region that selects of described one-handed performance miscellaneous function according to user.
10. device according to claim 7, it is characterised in that described touch control operation respond module includes:
Tip element, for, after the touch control operation received in described mapping area, being not suitable for the correspondence mappings position display highlighting prompting in one-handed performance region, responding described touch control operation according to the form control cursor of described touch control operation.
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