CN109960443A

CN109960443A - A kind of display application drawing calibration method and terminal device

Info

Publication number: CN109960443A
Application number: CN201711402138.4A
Authority: CN
Inventors: 王再尚
Original assignee: Huawei Device Co Ltd
Current assignee: Huawei Device Co Ltd
Priority date: 2017-12-22
Filing date: 2017-12-22
Publication date: 2019-07-02
Also published as: WO2019119799A1

Abstract

A kind of display application drawing calibration method and terminal device, to the undersized of the application icon that solves to show in one-handed performance display area in the prior art, inconvenient user finds application icon, while the problem of increase the difficulty that user operates application icon.This method comprises: determining the first instruction for receiving and being used to indicate the application icon that terminal device shows amplification in one-handed performance display area, hereafter the first instruction of terminal response, display has the application icon of first size in one-handed performance display area, wherein first size is greater than the second size possessed by the application icon that terminal device is shown in one-handed performance display area when not receiving the first instruction, so as to after terminal device receives the first instruction, show the application icon of amplification in order to for finding application icon and operating to application icon in one-handed performance display area.

Description

A kind of display application drawing calibration method and terminal device

Technical field

This application involves terminal device technical field more particularly to a kind of display application drawing calibration methods and terminal device.

Background technique

Currently, the terminal device of large-sized smart phone, tablet computer etc is used by a user more and more, and it is big Size terminal equipment is that user brings bigger manipulation difficulty, for example, user tends not to set large scale terminal by one hand It is standby to carry out facilitating manipulation.

In order to facilitate user's operation large scale terminal device, current terminal device provides one-hand operating format function, After one-hand operating format function enabling, it will appear an one-handed performance display area on the display screen of terminal device, terminal is set The content of standby display screen display can corresponding multiple reduce after centralized displaying into the one-handed performance display area, in this way due to The size of one-handed performance display area is much smaller than the size of the display screen of entire terminal device, and centralized displaying has display screen On all display contents thumbnail, so user can easily operate large scale by the one-handed performance display area Terminal device.

But the size of the application icon shown in one-handed performance display area also can accordingly reduce, due in user It needs frequently application icon click in use or other is operated, and the diminution shown in one-handed performance display area Application icon inconvenience user finds application icon, also increases the difficulty that user operates application icon.

To sum up, the application icon shown in one-handed performance display area in the prior art it is undersized, it has not been convenient to user Application icon is found, while increasing the difficulty that user operates application icon.

Summary of the invention

The application provides a kind of display application drawing calibration method and terminal device, to solve one-handed performance in the prior art The application icon shown in display area it is undersized, it has not been convenient to user finds application icon, while it is corresponding to increase user The problem of difficulty operated with icon.

In a first aspect, the embodiment of the present application provides a kind of display application drawing calibration method, this method comprises: terminal device can To show the application icon of first size in one-handed performance display area, wherein first size is big after receiving the first instruction In the case where not receiving the first instruction, the second ruler possessed by the application icon that terminal device is shown in one-handed performance region Very little, the first instruction is the instruction for the application icon that instruction terminal equipment shows amplification in one-handed performance display area.Use with Upper method, terminal device are able to respond the first instruction, amplify the size of the application icon shown in one-handed performance display area, So as to reduce a possibility that user accidentally touches when being operated to application icon and (such as clicking, drag operation), and put Application icon after big is also more conducive to the users such as the elderly and finds application icon.

In a kind of possible design, terminal device can also be predicted to show first in one-handed performance display area When the application icon of size, if after the spacing between two application icons of arbitrary neighborhood is not less than preset spacing threshold, then The application icon of first size is shown in one-handed performance display area.Wherein prediction mode can be with are as follows: aobvious according to one-handed performance If showing the third size in region and the determining application icon for showing first size in one-handed performance display area of first size When, then the spacing between two application icons of arbitrary neighborhood judges spacing between two application icons of arbitrary neighborhood not again Less than preset spacing threshold.In such manner, it is possible to prevent change application icon size after, the spacing between application icon is too small very To the overlapping occurred between application icon, user is easy to cause accidentally to touch or show inaesthetic problem.

In a kind of possible design, in one-hand operating format, terminal device detects that generation is set on a display screen First touch operation in region；Hereafter terminal device determines the moving direction and moving distance of first touch operation, and according to Determining moving direction and moving distance shows one-handed performance display area in the target area.

By the above method, terminal device directly can touch the mobile side generated according to the gesture of user on a display screen To and moving distance, the one-handed performance display area having been displayed on display screen is moved automatically, it is aobvious to change one-handed performance Show display position of the region in display screen, without existing as the prior art to change one-handed performance display area Display position in display screen needs user to open setting function interface, changes one-handed performance viewing area in setting function interface Display position of the domain in entire display screen, so as to avoid changing one-handed performance display area showing in entire display screen Show that the operation of position is relatively complicated, the more low problem of efficiency.

In a kind of possible design, setting regions is in the display area of display screen except the one-handed performance currently shown is aobvious Show the region other than region, terminal device detects generation on a display screen after the first touch operation of setting regions according to first The moving direction and moving distance of touch operation show one-handed performance display area in the target area, so as to prevent terminal Equipment moves the display position of one-handed performance display area according to user's touch operation that accidentally touching generates.

In a kind of possible design, terminal device can be after receiving the second instruction, on a display screen further according to user Gesture touch generate moving direction and moving distance, the one-handed performance display area having been displayed on display screen is moved It is dynamic, wherein the second instruction is the finger for being used to indicate terminal device and changing display position of the one-handed performance display area in display screen It enables.In this way, terminal device can be made to move one-handed performance viewing area in the first touch operation of setting regions according to user Before domain, determination receives the second instruction, to prevent terminal device in the case where not receiving the second instruction, since user exists Mistake touching on display screen falsely causes the movement of one-handed performance display area；And the second instruction is received in terminal device determination In the case of, illustrate that user needs the position to one-handed performance display area to move, thus eliminate user due to accidentally touching and The possibility of the first touch operation is generated, thus the shifting of the display position of one-handed performance display area caused by avoiding user from accidentally touching It is dynamic.

In a kind of possible design, the second instruction can be with are as follows: is up to when any position of setting regions is pressed To setting duration value；It can also be to receive single-click operation or double click operation in any position of setting regions.

In a kind of possible design, terminal device can be after receiving third instruction, in one-handed performance display area Corresponding target icon, i.e., new icon are applied in display, wherein the corresponding new icon of application is different from the original image mark of user, user Original image mark refer to do not receive third instruction in the case where, the icon for the application that terminal device is shown in one-handed performance region, Third instruction is the instruction for the new icon that instruction terminal equipment shows application in one-handed performance display area, furthermore it is possible in advance If the original image mark of application and the corresponding relationship of target icon, are determined with facilitating using corresponding original image mark and target icon.Using Above method, terminal device are able to respond third instruction, the target icon of application are shown in one-handed performance display area, thus The application icon shown in one-handed performance display area can be changed according to preparatory setting, and if still using existing Method can only then show the original image mark of application, in this way for showing in one-handed performance display area in singlehanded display area Application icon provides more flexible display modes.

In a kind of possible design, terminal device can also show the new of application in prediction one-handed performance display area When icon, if (being not limited between two new icons between two application icons of arbitrary neighborhood, being also possible to new icon and original image mark Between) spacing not less than after preset spacing threshold, then show in one-handed performance display area the new icon of application, wherein The method of prediction the third size of one-handed performance display area and the display size of new icon can determine any phase according to Then spacing between adjacent two application icons judges the spacing between two application icons of arbitrary neighborhood not less than preset again Spacing threshold.In such manner, it is possible to prevent after the new icon of display application, the spacing between application icon is too small or even applies Overlapping between icon is easy to cause user accidentally to touch or show inaesthetic problem.

In a kind of possible design, terminal device can exist one-handed performance display area after receiving the 4th instruction It is shown in predeterminable area, wherein the 4th instruction is instruction terminal equipment in predeterminable area display one-handed performance display area Instruction, spacing of the predeterminable area between any one frame of display screen be not less than X centimetres, X is positive number.In this way, terminal Equipment can be by one-handed performance display area there are the regions of certain distance to show with the frame of display screen, thus effectively It avoids user from accidentally touching the frame of display screen, causes the mistake touching to one-handed performance display area.

In a kind of possible design, terminal device can also determine that detect in setting regions second touches behaviour Make, after according to the moving direction and moving distance of the second touch operation, zoom in or out one-handed performance display area.In this way, Terminal device can also zoom in or out the display area in one-handed performance region according to the second touch operation.

Second aspect, the embodiment of the present application provide a kind of terminal device, which, which has, realizes above-mentioned first aspect The function of terminal device behavior in method example, the function can also pass through software realization by hardware realization.

In a kind of possible design, connect in the structure of the terminal device including processor, memory, input and output Mouth, display screen and bus, wherein the processor, the memory, the input/output interface and the display screen pass through The bus connection；The processor calls the instruction of storage in the memory, executes the above method.

In a kind of possible design, the processor is also used to show there is the in the one-handed performance display area Before the application icon of one size, according to third size possessed by the one-handed performance display area and first ruler Very little, if determining, arbitrary neighborhood two are answered when showing the application icon of the first size in the one-handed performance display area It is not less than preset spacing threshold with the spacing between icon.

In a kind of possible design, the display screen is also used to detect touch operation, and the processor is also used in list In hand operation mode, the first touch operation is detected in the setting regions of the display screen, determines first touch operation Moving direction and moving distance, and according to the moving direction and moving distance of first touch operation, by the one hand Operation display area domain is moved to target area and shows.

In a kind of possible design, the input/output interface in the terminal device is also used to instruct received second It is input to the processor, second instruction is used to indicate the terminal device and changes the one hand according to the first touch operation Display position of the operation display area domain in the display screen；The processor is also used to, and passes through the input and output in determination After second instruction described in interface, the first touch operation is detected in the setting regions of the display screen.

In a kind of possible design, second instruction includes at least one of instructions instruction: the setting The duration that any position in region is pressed reaches setting duration value；Any position of the setting regions receives single-click operation Or double click operation.In a kind of possible design, the third instruction input that the input/output interface is also used to receive is extremely The processor, third instruction are used to indicate the terminal device and change answering of showing in the one-handed performance display area Use icon；

The processor is also used to respond the third instruction, shows each application in the one-handed performance display area Corresponding target icon, wherein the corresponding target icon of each application of display and the terminal device do not receive it is described Each application different and each using corresponding original image mark that third is shown in the one-handed performance display area when instructing Original image mark and the corresponding relationship of target icon are pre-stored.

In a kind of possible design, the processor is also used to show each answer in the one-handed performance display area Before corresponding target icon, had according to size possessed by the one-handed performance display area and the target icon Size, if determining when showing the target icon of each application in the one-handed performance display area, two mesh of arbitrary neighborhood Spacing between marking on a map is not less than preset spacing threshold.

In a kind of possible design, the 4th instruction input that the input/output interface is also used to receive is to described Processor, the 4th instruction are used to indicate the terminal device and show the one-handed performance in the predeterminable area of the display screen Region, wherein the distance of any frame of the predeterminable area apart from the display screen is not less than X centimetres, X > 0；The processing Device is also used to respond the 4th instruction, and one-handed performance region is shown in the predeterminable area.

In a kind of possible design, the display screen is also used to detect touch operation, and the processor is also used in institute It states after detecting the second touch operation in the setting regions of display screen, determines moving direction and the movement of second touch operation Distance；And moving direction and moving distance according to second touch operation, the one-handed performance display area is carried out Zoom in or out processing.

The third aspect also provides a kind of computer storage medium in the embodiment of the present application, and the computer storage medium is deposited Computer executable instructions are contained, the computer executable instructions execute the computer when being called by computer The method that any one design offer of first aspect or above-mentioned first aspect is provided.

Fourth aspect also provides a kind of computer program product in the embodiment of the present application, when run on a computer, So that computer executes method described in any one possible design of above-mentioned first aspect or above-mentioned first aspect.

Detailed description of the invention

Figure 1A is a kind of display effect schematic diagram of one-handed performance display area provided by the embodiments of the present application；

Figure 1B is the structural schematic diagram of the terminal device of display application icon provided by the embodiments of the present application；

Fig. 2 is a kind of step schematic diagram for showing application drawing calibration method provided by the embodiments of the present application；

Fig. 3 is a kind of display effect schematic diagram for showing application drawing calibration method provided by the embodiments of the present application；

Fig. 4 is the display effect schematic diagram of another display application drawing calibration method provided by the embodiments of the present application；

Fig. 5 is a kind of implementation method of display position that one-handed performance display area is arranged provided by the embodiments of the present application Display effect schematic diagram；

Fig. 6 is the implementation method of the display position of another setting one-handed performance display area provided by the embodiments of the present application Display effect schematic diagram；

Fig. 7 is a kind of the virtual of the second instruction of virtual key triggering being arranged by display screen provided by the embodiments of the present application The display effect schematic diagram of key arrangement；

Fig. 8 is a kind of new figure calibration method that application is shown in one-handed performance display area provided by the embodiments of the present application Display effect schematic diagram；

Fig. 9 is the side for the new icon that another kind provided by the embodiments of the present application shows application in one-handed performance display area The display effect schematic diagram of method；

Figure 10 is a kind of method that one-handed performance display area is shown in predeterminable area provided by the embodiments of the present application Display effect schematic diagram；

Figure 11 is a kind of first size that application is shown in one-handed performance display area provided by the embodiments of the present application The display effect schematic diagram of application icon and the new figure calibration method of application；

Figure 12 is a kind of realization of display area size for changing one-handed performance display area provided by the embodiments of the present application The display effect schematic diagram of method；

Figure 13 is that a kind of determined according to the moving direction of the second touch operation provided by the embodiments of the present application amplifies or contract The display effect schematic diagram of the implementation method of small one-handed performance display area；

Figure 14 is provided by the embodiments of the present application a kind of according to zoom operations datum mark change one-handed performance display area The display effect schematic diagram of the implementation method of display area size；

Figure 15 is the reality of another display area size for changing one-handed performance display area provided by the embodiments of the present application The display effect schematic diagram of existing method；

Figure 16 for the embodiment of the present application provide it is a kind of change one-handed performance display area display position and display area it is big The display effect schematic diagram of small implementation method；

Figure 17 is a kind of specific flow chart for showing application drawing calibration method provided by the embodiments of the present application；

Figure 18 is a kind of display effect schematic diagram for showing application drawing calibration method provided by the embodiments of the present application；

Figure 19 is a kind of structural schematic diagram of terminal device for showing application icon provided by the embodiments of the present application.

Specific embodiment

The embodiment of the present application provides a kind of display application drawing calibration method and terminal device, to solve existing one hand The application icon shown in the domain of operation display area it is undersized, it has not been convenient to user finds application icon, while increasing user The problem of difficulty that application icon is operated.

Firstly, the part term in the embodiment of the present application is explained, to make those skilled in the art understand that.

1, terminal device may include mobile phone, tablet computer, laptop, personal digital assistant (Personal Digital Assistant, PDA), point-of-sale terminal (Point of Sales, POS), vehicle computing machine equipment, smartwatch, Television set and other electronic equipments etc. with display screen.

2, one-hand operating format is a kind of operation mode that terminal device has, and the operation mode is by terminal device aobvious Display screen former display area (i.e. enter one-hand operating format before, the display area of terminal device, for example, it may be terminal device Desk interface or a certain application program interface) and display content therein (such as application icon in display area, Text, pattern, display window, virtual key, Application Program Interface etc.) reduced, and by after diminution display area and contracting The one-handed performance display area for being placed in display screen in display after small shown (such as in the left frame for being close to display screen or The one-handed performance display area of person's left frame is shown), in the one-handed performance display area, it can be realized and reduce preceding display area Repertoire is touched including the display content after the display of one-handed performance display area is reduced and in one-handed performance display area Control operation, to only can realize the normal behaviour to terminal device in the display area after diminution by left hand or the right hand Make, such as shown in Figure 1A, after terminal device enters one-hand operating format, after diminution is shown in one-handed performance display area 101 Display content behind former display area and diminution, wherein display content includes the application icon 102 of application, when user grasps in one hand After making 101 pairs of display area display content progress touch control operation (such as clicking application icon 102), terminal device is responded to display The touch control operation (such as opening the corresponding application program of application icon 102) of content.

3, one-handed performance display area, once the one-hand operating format of triggering terminal equipment, it will it is shown in one-handed performance Display area after the diminution of region display terminal can be realized touch control operation in one-handed performance display area, for example, eventually End equipment detects user to the single-click operation for clicking the application icon in one-handed performance display area, and it is corresponding to open application icon Application program.

4, touch operation, including user to the behaviour such as mobile after the touching of terminal device display screen, touching on a display screen Make, not only includes user by the touch of finger or other positions of body to display screen, further include that user passes through the touching such as felt pen Touch of the device to display screen is touched, wherein touching here can be the operation of directly contact touch screen, or distance touching Control of the vertical range of screen surfaces in certain lesser distance range to display screen is touched, such as finger can directly contact touching Screen is touched, touching control can also be realized to touch screen in the lesser distance range of vertical range apart from touch screen surface, i.e., Without directly contacting touch screen surface.

In order to keep the purposes, technical schemes and advantages of the application clearer, below in conjunction with attached drawing to the application make into One step it is described in detail.

Display application drawing calibration method provided by the embodiments of the present application can be applied to various terminal equipment, the terminal device packet Include but be not limited to personal computer, server computer, hand-held or laptop devices, mobile device (such as mobile phone, mobile electricity Words, tablet computer, PDA, media player etc.), consumer electronic devices, car-mounted computer, smartwatch, television set, with And other terminal devices etc. with display screen.

It takes the mobile phone as an example below and the specific implementation process of the embodiment of the present invention is described in detail, following elder generations are simply introduced The specific structure of mobile phone forms, specific as shown in Figure 1B.

As shown in Figure 1B, the hardware configuration of the mobile phone 100 of the embodiment of the present application application includes display screen 110, processor 120 And memory 130.Memory 130 can be used for storing computer program and data, and processor 120 is stored in by operation Computer program and data in reservoir 130, thereby executing the various function application and data processing of mobile phone 100.Storage Device 130 can mainly include storing program area and storage data area, wherein storing program area can storage program area, at least one Application program needed for function (such as image player function etc.) etc.；Storage data area, which can be stored, uses institute according to mobile phone 100 Data (such as audio data, phone directory, image data etc.) of creation etc..In addition, memory 130 may include that high speed is deposited at random Access to memory, can also include nonvolatile memory, a for example, at least disk memory, flush memory device or other easily The property lost solid-state memory.Processor 120 is the control centre of mobile phone 100, utilizes various interfaces and connection whole mobile phone Various pieces execute each of mobile phone 100 by running or executing the software program and/or data that are stored in memory 130 Kind function and processing data, to carry out integral monitoring to mobile phone.Processor 120 may include one or more general procedures Device may also include one or more digital signal processors (Digital Signal Processor, DSP), also may include One or more image-signal processor (Image Signal Processor, ISP), for executing relevant operation, with reality Technical solution provided by existing the embodiment of the present application.

Display screen 110, for show information input by user or be supplied to user information and mobile phone 100 it is various Menu interface etc., in the embodiment of the present application, for showing the one-handed performance viewing area of mobile phone 100 under one-hand operating format Domain.Display screen 110 can use liquid crystal display (Liquid Crystal Display, LCD) or OLED (Organic Light-Emitting Diode, Organic Light Emitting Diode) etc. forms configure display screen 110.In the embodiment of the present application, display Screen 110 can be touch screen, such as can be condenser type display screen.

Mobile phone 100 can also include radio frequency (Radio Frequency, RF) circuit 140, and RF circuit 140 can be used for receiving and dispatching In information or communication process, signal is sended and received.In general, RF circuit 140 includes but is not limited to antenna, at least one amplification Device, transceiver, coupler, low-noise amplifier (Low Noise Amplifier, LNA), duplexer etc..

Mobile phone 100 can also include one or more sensors 150, such as touch sensing, imaging sensor, light sensing Device, motion sensor etc..Wherein, touch sensing is able to detect the touch control operation occurred on display screen 110, for example, detection The operation such as touch and sliding that user carries out in display screen 110, touch sensing send the corresponding touching signals of touch control operation To processor 120 enable processor 120 according to touching signals execute the embodiment of the present application provided by corresponding operating.

Mobile phone 100 can also include input/output interface 160, information, character information or contact for receiving input Touch operation/non-contact gesture, and generate signal input related with the user setting of mobile phone 100 and function control Deng.Specifically, input/output interface 160 may include but be not limited to physical keyboard, function key (such as volume control button, switch Key etc.) and one of touch screen etc. or a variety of.

In addition to the above, mobile phone 100 further includes the power supply 170 (such as battery) powered to all parts, and power supply can lead to Cross power-supply management system and processor 120 be logically contiguous, thus by power-supply management system realize management charging, electric discharge and The functions such as power consumption.

Certainly, according to the needs in concrete application, above-mentioned mobile phone 100 can also include camera, voicefrequency circuit, loudspeaker Deng, since these components are not the components that emphasis uses in the embodiment of the present application, it is not shown in fig. ib, and no longer It is described in detail.

Based on above-mentioned introduction, the application provides a kind of display application drawing calibration method and terminal device, existing to solve One-handed performance display area in show application icon it is undersized, it has not been convenient to user find application icon, increase simultaneously The problem of difficulty that user operates application icon.Wherein, the above method and terminal device are based on same invention structure Think, the principle solved the problems, such as is similar, therefore the implementation of method and device can be with cross-reference, and overlaps will not be repeated.

In the embodiment of the present application, it is described by taking the mobile phone 100 as an example, but is not intended to limit the embodiment of the present application and answers It uses in other kinds of terminal device.As shown in fig.2, the detailed process of the display application drawing calibration method may include:

S101: the determination of mobile phone 100 receives the first instruction, wherein the first instruction is used to indicate mobile phone 100 in one-handed performance The application icon of amplification is shown in display area；

S102: first instruction of the response of mobile phone 100, display has the application drawing of first size in one-handed performance display area Mark, wherein first size is greater than the second size and shows when the second size is that mobile phone 100 does not receive the first instruction in one-handed performance Size possessed by the application icon shown in region.

According to above step S101 to step S102, mobile phone 100 can be shown in one-hand operating format has the first ruler Very little application icon, due to first size be greater than do not receive the first instruction when application icon mobile phone 100 one-hand operating format The second size when middle display is conveniently used for be exaggerated the display size of the application icon shown in one-hand operating format It finds application icon and user is made to be easier to operate application icon, avoid going out in the operating process to application icon Now accidentally touch.

It should be noted that application icon described in the embodiment of the present application should not be limited only to the application program shown in terminal device Icon, also should comprising terminal device display screen display carry out click or other touch control operations icon, for example, The clock icon of display screen display, virtual key icon, reception message icon, event remind icon etc..In an implementation, in advance The application icon for receiving and needing to amplify after the first instruction is first set, such as can be according to the type of application icon, in advance Setting needs which application icon to amplify processing to after receiving the first instruction, without carrying out to which application icon Enhanced processing.

For example, if display size is in mobile phone one-handed performance display area 101 currently as shown in Figure 1A The application icon 102 of second size, mobile phone are receiving the application for being used to indicate and showing in mobile phone amplification one-handed performance display area After first instruction of icon, first instruction can be responded, by some or all of display in one-handed performance display area 101 Application icon amplifies, so that display has the application of first size in one-handed performance display area 301 as shown in Figure 3 Icon 302, wherein first size is greater than the second size.Since the application icon shown in one-handed performance display area can be amplified Size, thus more convenient user to amplified application icon carry out clicking operation, reduce user click application icon when Mistake touch probability.

It is alternatively possible to which the first ruler of amplified application icon is respectively set for the application icon of each application Very little, the first size of any two application icon can be different, so as to be shown in S102 according to the first size of setting Application icon.

In a kind of possible embodiment, first instruction can be occur setting regions long press operation, setting Combination etc. between the single-click operation of region any position, double click operation or aforesaid operations.Furthermore it is also possible to military order mobile phone Instruction into one-hand operating format is instructed as first, then when entering singlehanded mode, mobile phone is in one-handed performance display area The application icon with first size of middle display amplification.

If the first instruction is the instruction for enabling mobile phone enter one-hand operating format, i.e., mobile phone is not introduced into one-handed performance before this Mode simultaneously shows one-handed performance display area, then the second size of application icon can be application icon in one-handed performance viewing area Default display size when being shown in domain, alternatively, the second size of application icon can be and once exit singlehanded behaviour before this The display size of application icon when operation mode, then on the basis of the second size, after entering one-hand operating format, mobile phone can To amplify to display size of the application icon in one-handed performance display area, the application icon of first size is shown.

It is alternatively possible to which any one in the following manner determines that there is the application icon of first size to grasp in one hand Make the display position in display area:

Mode one, when making to show the application icon of the second size, the center of the display area where application icon and display The center of display area is overlapped when the application icon of first size.

Mode two, when making to show the application icon of the second size, any one geometry position in application icon geometry Set display position and the application icon of the first size in display same shape of (such as top left corner apex of rectangle application icon) When, the display position where the same geometric position (top left corner apex of application icon) of application icon is overlapped.

In a kind of possible embodiment, mobile phone is shown after receiving the first instruction, and in one-handed performance display area After showing the application icon of amplification, the instruction for cancelling the application icon shown in amplification one-handed performance display area can also received Afterwards, the application icon for showing first size in one-handed performance display area is stopped at, and is restored in one-handed performance display area Show the application icon with the second size.Wherein, described to cancel the application icon shown in amplification one-handed performance display area Instruction, can be with the first identical instruction of instruction, for example, mobile phone is receiving the touching to the corresponding virtual key of the first instruction After hair operation (such as long press operation to virtual key), amplify the display size of the application icon in one-handed performance display area (the big application icon of first size is shown in one-handed performance display area), mobile phone can receive again to virtually by After the trigger action of key, restore the display size of application icon in one-handed performance display area (i.e. in one-handed performance display area The middle small application icon for restoring the second size of display).

Optionally, in one embodiment, as shown in figure 4, mobile phone is after receiving the first instruction, it is also necessary to according to display The first ruler that third size possessed by one-handed performance display area 401 in screen 400 and application icon 403 have after amplifying It is very little, determine in one-handed performance display area 401 display portion or when the amplified application icon 403 all applied, all (application icon here includes the application icon of first size and the application drawing of the second size to any two application icon in Mark) between spacing just show first size in one-handed performance display area 401 later not less than preset spacing threshold Application icon 403, it is narrow to avoid the spacing between amplified application icon and adjacent application icon or application drawing occur Overlapping between mark.Wherein, if mobile phone, which still needs, shows other in one-handed performance display area 401 according to the second size Application icon 402, then also need to consider the display ruler of other application icons 402 when determining the spacing between application icon It is very little.

The third size of one-handed performance display area can be the current actual displayed size in the region, if the first instruction It is the instruction into one-hand operating format, i.e., there is no actual displayed one-handed performance display areas before this, can be by preset list The display size in hand operation display area domain will not as third size, or yet.In addition, if the first instruction is to enter one hand The instruction of operation mode, third size are also possible to before the mobile phone last time exits one-hand operating format, one-handed performance display area Display size.

In addition, if mobile phone determines answering for display portion in one-handed performance display area 401 or the first size all applied When with icon, any two application icon (such as first size application icon 403 and the second size application icon 402) it Between minimum spacing be less than preset spacing threshold, then mobile phone can will be shown in one-handed performance display area 401 first The display size of the application icon of size is changed to the 4th size, wherein the 4th size can be greater than the second ruler of application icon It is very little and be less than first size.In addition, mobile phone can also determine that it is default that the minimum spacing between any two application icon is less than Spacing threshold after, it is too small that page size is prompted the user with by display screen, can not continue to amplify the prompt informations such as icon.

Below by the first instruction be user issue enter the instruction of singlehanded mode for, illustrate in the embodiment of the present application The realization process of the application drawing calibration method of first size is shown in one-handed performance display area:

Embodiment one

As shown in figure 4, mobile phone receive user's sending enter the instruction of singlehanded mode after, according to user before this to one hand Operation mode setting determine one-handed performance display area 401 length and it is wide be respectively 7 centimetres and 10 centimetres, mobile phone is according to one hand The length in operation display area domain 401 and wide and the second size are (for example, the length of the application icon 402 with the second size and wide difference For 1.5 centimetres and 1.3 centimetres) application icon amplification after possessed first size (for example, the application drawing with first size The length of mark 403 and it is wide be respectively 1.8 centimetres and 1.5 centimetres), determine that display is with first size in one-handed performance display area Application icon 403 when, all whether the minimum spacing of adjacent application icons between any two is not less than spacing threshold (for example, 4 millimeters), if so, mobile phone shows the one-handed performance display area 401 with third size in display screen 400, and, Long and wide respectively 1.8 centimetres and 1.5 centimetres of application icon 402 is shown in the one-handed performance display area 401；Otherwise, will The dimension modifying of application icon is the 4th size, the length of the 4th size and it is wide can be 1.7 centimetres and 1.4 centimetres respectively, and again When secondary judgement shows the application icon of the 4th size in one-handed performance display area 401, whole adjacent application icons are two-by-two Between minimum spacing whether be not less than spacing threshold.

Using above embodiments, the application icon of amplification can be shown in one-handed performance display area, thus more convenient User finds application icon and operates to application icon, reduces the mistake touching of user.

Optionally, under one-hand operating format, mobile phone 100 can also detect the first touching in the setting regions of display screen After touching operation, the moving direction and moving distance of the first touch operation are determined, later according to the moving direction of the first touch operation And moving distance, one-handed performance display area is moved to target area and is shown.

In the embodiment of the present application, the sensor 150 of mobile phone 100 as shown in Figure 1B can detect in one-hand operating format Occur the first touch operation on display screen 110,120 receiving sensor 150 of processor send with first touch operation Corresponding first touch signal is determining that the first touch operation occurs in the setting area of display screen 110 according to the first touch signal Behind domain, determination detects the first touch operation in the setting regions of display screen, may further be according to first touch operation Moving direction and the mobile one-handed performance display area of moving distance display position, to realize that one-handed performance display area is shown The quick adjustment of position.

Optionally, in one embodiment, setting regions can be set to removing in the display area of display screen and shown Region other than the one-handed performance display area shown, such as setting regions shown in figure 1A 103, to prevent in one-handed performance The first touch operation in display area is considered as normal touch control operation of the user to one-handed performance display area.Such as Figure 1B institute The start position that the sensor 150 of the mobile phone 100 shown detects on display screen 110 is located at the first touch of setting regions 103 After operation, according to the display position of the moving direction of first touch operation and the mobile one-handed performance display area of moving distance. Wherein, other transit point positions between the Origin And Destination of the first touch operation and terminal position can not be at these In the range of setting regions.

In the embodiment of the present application, as shown in Figure 1B, sensor 150 is detecting the first touching occurred on display screen 110 After touching operation, additionally it is possible to determine motion track of first touch operation on display screen 110, sensor 150 can will be determining The corresponding touch signal of motion track is sent to processor 120, and processor 120 determines the first touch operation according to touch signal Moving direction and moving distance.

In a kind of possible embodiment, processor 120 can determine the shifting of the first touch operation according to touch signal Start position and final position in dynamic rail mark determine the first touch according to the positional relationship between start position and final position The moving direction of operation, and/or, the shifting of the first touch operation is determined according to the distance of line between start position and final position Dynamic distance.

In the embodiment of the present application, as shown in Figure 1B, processor 120 is in moving direction and the movement for determining the first touch operation After distance, according to the moving direction of the first touch operation and the mobile one-handed performance display area of moving distance in display 110 Display position so that the one-handed performance display area after mobile is shown in target area is shown.It, can using above method The display position of one-handed performance display area is moved, so as to easily change singlehanded behaviour under one-hand operating format Make the position of display area.

In an implementation, can using the mobile one-handed performance display area of above method so that one-handed performance display area with There are a certain distance (such as one centimetre distances) between any one frame of mobile phone display screen, to prevent user from accidentally touching The frame of display screen causes mobile phone to respond the mistake touching of user.

In a kind of possible embodiment, processor 120 can with the moving direction of the first touch operation and it is mobile away from From mobile one-handed performance display area, so that in one-handed performance display area reference point (such as one-handed performance display area before mobile In center or some apex angle) where position, with the position after movement in one-handed performance display area where the reference point Positional relationship between setting is consistent with the positional relationship between the beginning and end of the first touch operation, it should be noted that position here Set relationship consistency, including position relation it is consistent (for example, before mobile reference point and it is mobile after line and level side between the reference point Folded acute angle is equal to acute angle folded between line and horizontal direction between the beginning and end of the first touch operation between) It is consistent with distance that (the distance between reference point and the reference point after movement are equal to starting point and the end of the first touch operation before moving The distance between point).In addition, processor 120 can also be with the shifting of the first touch operation in alternatively possible embodiment The opposite direction in dynamic direction is the moving direction of one-handed performance display area；Processor 120 can also be with N times of the first touch operation Moving distance be one-handed performance display area moving distance, Lai Yidong one-handed performance display area, wherein N > 1, alternatively, 0 < N < 1.

Optionally, in a kind of feasible embodiment, the first touch operation in the embodiment of the present application be can be Ongoing touch operation leaves display in user's finger for example, user is touched and slided on a display screen by finger Before screen, mobile phone can detect unused first touch operation of multiple starting points in different moments, and touch according to multiple first Operation determines multiple moving directions and moving distance, and mobile phone can be true according to these in the time-continuing process of the touch operation of user Fixed moving direction and moving distance carries out one-handed performance display area to continue movement, to realize according to user's touch operation Display position of the motion profile control one-handed performance display area in display screen carry out dynamic change.

In addition, the first touch operation in the embodiment of the present application is also possible to the touch operation being over, for example, The processor of mobile phone determines that the first touch operation terminates (to carry out first for example, determining in the touch signal sent according to sensor The user of touch operation stops the contact with display screen) after, according to the moving direction for the first touch operation that sensor detects It is controlled with moving distance and one-handed performance display area is moved, so that reach user carries out touch operation on a display screen During do not move one-handed performance display area, but just by disposably operating one-handed performance after touch operation Display area is moved to corresponding target area, to save cell phone memory source occupancy.

The realization that the method for display position of one-handed performance display area is set in the embodiment of the present application is exemplified below Process:

Embodiment two

If current one-handed performance display area 505 is as shown in figure 5, user carries out touch operation, hand on display screen 500 Machine is shown after determining the track 501 of the first touch operation according to the starting point 502 of track 501 and the mobile one-handed performance of terminal 503 Region 505 reach destination display area 506 shown, for example, according between starting point 502 and terminal 503 positional relationship and Distance determines the moving direction and moving distance of the first touch operation, and mobile singlehanded with same moving direction and moving distance Operation display area domain 505 reaches target area 506 and is shown.

Embodiment three

Still by taking Fig. 5 as an example, current one-handed performance display area 505 is as shown in figure 5, user carries out on display screen 500 Touch operation, mobile phone determine that the starting point 502 in track 501 is located at setting regions in the track 501 for determining the first touch operation 504 (i.e. starting point 502 is located in other display areas in display screen 500 in addition to current one-handed performance display area 505) Afterwards, according to the mobile one-handed performance display area 505 of the starting point 502 of track 501 and terminal 503 reach destination display area 506 into Row display, for example, according to the positional relationship between starting point 502 and terminal 503 and apart from the mobile side for determining the first touch operation To and moving distance, and target area is reached with the mobile one-handed performance display area 505 of same moving direction and moving distance 506 are shown.

Example IV

As shown in fig. 6, current one-handed performance display area 605 is as shown in fig. 6, if user carries out on display screen 600 Touch operation, the track starting point of the touch operation of user are the position 601 in setting regions 604, when user slides from position 601 When to position 602, mobile phone detects first touch operation in progress, and the starting point of first touch operation is starting point 601, terminal 602, at this point, mobile phone according to starting point 601 and terminal 602 determine the first touch operation moving direction and it is mobile away from From, and one-handed performance display area 605 is moved, so that one-handed performance display area 605 is moved to first object region It is shown in 606；When user continues to slide on a display screen, when the track of touch operation is moved to position 603, mobile phone Detecting another the first touch operation in progress, the starting point of first touch operation is starting point 602, terminal 603, At this point, mobile phone determines the moving direction and moving distance of the first touch operation according to starting point 602 and terminal 603, and one hand is grasped Make display area 606 to continue to move, so that being moved to the one-handed performance display area in first object region 606 before this again It is moved in the second target area 607 and shows.

In one embodiment, mobile phone can be used to indicate mobile phone according to the first touch operation change one hand determining to receive It is mobile single further according to the first touch operation detected after second instruction of display position of the operation display area domain in display screen The display position in hand operation display area domain.So as to be used to indicate the second of the mobile one-handed performance display area of mobile phone receiving After instruction, one-handed performance display area is moved to target area further according to the first touch operation and is shown, to prevent user couple The normal touch control operation of one-handed performance display area causes the change of one-handed performance display area display position.

In a kind of possible embodiment, the second instruction can be user any position in setting regions 504 or 604 The long press operation of progress, long press operation refer to that the duration that mobile phone display screen is pressed reaches setting duration value, such as reach two seconds； In addition, the second instruction can also be the single-click operation that any position of the user in setting regions 504 or 604 carries out or double-click behaviour Make.

As shown in fig. 7, can be removed in display screen any in the setting regions 701 except one-handed performance display area The first virtual key 702 is arranged in position, and texts and/or the " arrow such as display " mobile one hand region " at the first virtual key 702 The patterns such as head " are prompted, then what the second instruction can be that user carries out at first virtual key 702 click, double-click or The operation such as person's long-pressing.When the first virtual key 702 clicked, double-click or after the operations such as long-pressing activate, mobile phone can pass through a little It is bright or change the first virtual key 702 and text therein, pattern display color mode, prompt the user with current phone The second instruction has been received, the change of the display position of one-handed performance display area can be carried out；In addition, mobile phone can also pass through It lights or the modes such as the display color of outer rim that changes one-handed performance display area, prompts the user with current phone and received To the second instruction, the display position of one-handed performance display area can be modified.

In an implementation, the second instruction can be identical instruction with the first instruction, for example, the first instruction and the second instruction are equal It is the long press operation in setting regions, then mobile phone is after detecting the long press operation of setting regions, by one-handed performance display area In application icon be shown as the application icon with first size, hereafter, mobile phone can after detecting the first touch operation, One-handed performance display area is moved to target area to show.

In the embodiment of the present application, if the setting according to user to one-hand operating format, mobile phone is needed as shown in Figure 1A It is shown in one-handed performance display area 101 using corresponding application icon (hereinafter referred to as original image mark) 102, alternatively, mobile phone is current Show the original image mark 102 of application in one-handed performance display area 101 as shown in Figure 1A, mobile phone is used to indicate hand receiving After machine changes the third instruction using corresponding application icon shown in one-handed performance display area, the third can be responded and referred to It enables, the application icon that will be applied some or all of in one-handed performance display area 101 is replaced with using corresponding target icon (hereinafter referred to as new icon), to shown in one-handed performance display area 801 as shown in Figure 8 using corresponding new icon 802, wherein it is same to apply corresponding new icon different with original image mark, for example, new icon and original image target display size, figure Case or color etc. are distinct.Wherein it is possible to the corresponding relationship of default application and new icon, mobile phone after receiving third instruction, Determine that application needs new icon to be shown according to the corresponding relationship.Using above method, thus it is possible to vary in one-handed performance viewing area The pattern of the application icon shown in domain must no longer show each using corresponding original image mark.

In a kind of possible embodiment, third instruction can be occur setting regions long press operation, setting Combination etc. between the single-click operation of region any position, double click operation or aforesaid operations.Furthermore it is also possible to military order mobile phone Instruction into one-hand operating format is instructed as third, then when entering singlehanded mode, mobile phone is in one-handed performance display area Corresponding new icon is applied in middle display.

In addition in an implementation, third instruction can be identical as the first instruction, for example, first instruction with third instruct be The long press operation of setting regions, then mobile phone, will be in one-handed performance display area after detecting the long press operation of setting regions Part or all of application icon is shown as the application icon with first size, and part or all of application icon is shown as Corresponding new icon；Third instruction can also be identical as the second instruction, for example, third instruction is in setting area with the second instruction The long press operation in domain, then mobile phone is after detecting the long press operation of setting regions, by the application drawing in one-handed performance display area Mark is shown as the corresponding new icon of application icon, and hereafter, mobile phone can show one-handed performance after detecting the first touch operation Show that region is moved in target area to be shown.

In one embodiment, the application icon more more eye-catching than original image mark can be set by the new icon of application, For example, setting red for the background color of new icon waits more eye-catching color, to reduce user in one-handed performance viewing area The difficulty of the corresponding application icon of application is found in domain, alternatively, the display size of new icon, which can be greater than original image target, shows ruler Pattern possessed by very little and new icon can be different from original image mark, to reduce the difficulty that user finds the corresponding application icon of application The probability touched is missed with user is reduced.

Can in the following manner in any one determine that the new icon of application is aobvious in one-handed performance display area Show position:

Mode one, when showing new icon in one-handed performance display area, the center of the display area where new icon with The center in icon display area domain is overlapped when showing original image mark.

Mode two, when showing new icon in one-handed performance display area, it is any in the geometry that new icon has The display position of one geometric position (such as rectangle original image target top left corner apex) with when showing the original image mark of same shape, it is former Display position where the same geometric position (original image target top left corner apex) of icon is overlapped.

In a kind of possible embodiment, mobile phone is receiving third instruction, and shows in one-handed performance display area After the new icon of application, it can also restore aobvious in one-handed performance display area after receiving the instruction for cancelling the new icon of display Show the original image mark of application.Wherein, cancel the instruction for showing new icon, can be and instruct identical instruction with third, for example, mobile phone After receiving the trigger action for instructing corresponding virtual key to third, the new figure of application is shown in one-handed performance display area Mark can restore display in one-handed performance display area and answer after receiving again to the trigger action of virtual key later Original image mark.

In one embodiment, as shown in figure 9, mobile phone is after receiving third instruction, it is also necessary to aobvious according to one-handed performance Show the size of the new icon 903 of third size and application possessed by region 901, determines in one-handed performance display area 901 When middle display portion or the new icon 903 all applied, the application icon (application here of any two application in whole applications Icon includes new icon and original image mark) between spacing be not less than preset spacing threshold, later, just in one-handed performance viewing area The new icon 903 of application is shown in domain 901, to avoid the spacing between new icon 902 and adjacent application icon it is narrow or occur Icon overlay.Wherein, if mobile phone still needs the original image mark 902 for showing other application in one-handed performance display area 901, Then also need to consider size possessed by the original image mark 902 of other application when determining the spacing between application icon.

In addition, appointing if mobile phone determines in one-handed performance display area 901 display portion or when the new icon all applied The minimum spacing anticipated between the application icon that two are applied is less than preset spacing threshold, then mobile phone can will be shown in one-handed performance Show that the display size of the new icon shown in region is changed to the 5th size, wherein the 5th size can be greater than the original image of application Target size and the size for being less than the new icon applied.In addition, mobile phone can also be between the minimum between the icon for determining application After being less than preset spacing threshold, it is too small that page size is prompted the user with by display screen, can not show that new icon etc. prompts Information.

Below by third instruction be user issue enter the instruction of singlehanded mode for, illustrate in the embodiment of the present application The realization process of the new figure calibration method of application is shown in one-handed performance display area:

Embodiment five

As shown in figure 9, mobile phone after receiving the instruction into singlehanded mode of user's sending, determines single according to user setting The length in hand operation display area domain 901 and it is wide be respectively 7 centimetres and 10 centimetres, mobile phone is according to the length of one-handed performance display area 901 With the size (such as long and respectively 1.8 centimetres and 1.5 centimetres wide) of wide and application new icon 903, determine in one-handed performance When showing new icon 903 in display area, all whether the minimum spacing of adjacent application icon between any two is not less than spacing Threshold value (for example, 4 millimeters), wherein assume other application application icon 902 length and it is wide be respectively 1.5 centimetres and 1.3 lis Rice, if so, mobile phone shows the one-handed performance display area 901 with third size in display screen 900, and, in the list Long and wide respectively 1.8 centimetres and 1.5 centimetres of new icon 903 is shown in hand operation display area domain 901；Otherwise, by application The length of new icon and it is wide be changed to 1.7 centimetres and 1.4 centimetres respectively, and judge again aobvious in one-handed performance display area 901 When showing the icon of above-mentioned size, all whether the minimum spacing of adjacent application icon between any two is not less than spacing threshold.

Using above embodiments, the new icon of application can be shown in one-handed performance display area, so that more convenient use Family is found the application icon of application and is operated to application icon, and the mistake touching of user is reduced.

In the embodiment of the present application, if the setting according to user to one-hand operating format, mobile phone is needed as shown in Figure 1A It is shown in one-handed performance display area 101 using corresponding application icon (hereinafter referred to as original image mark) 102, alternatively, mobile phone is current Show the original image mark 102 of application in one-handed performance display area 101 as shown in Figure 1A, mobile phone is used to indicate hand receiving After machine shows the 4th instruction of one-handed performance display area in predeterminable area, the 4th instruction is responded, as shown in Figure 10 One-handed performance display area is shown in predeterminable area 1001 in display screen 1000, wherein predeterminable area 1001 arrives display screen The distance of any frame is not less than X centimetres in 1000 display area, X > 0.

Using above method, for showing that frame of the predeterminable area of one-handed performance display area apart from display screen has centainly Distance, even if user will not trigger the operation to mobile phone in the frame that one-hand operating format has accidentally touched mobile phone, to prevent from using Tentacle machine is missed under one-hand operating format in family.

In a kind of possible implementation, the predeterminable area can be the preset region of user, alternatively, described default Region can be position when user exits one-hand operating format the last time where one-handed performance display area.For example, can be pre- If left frame 1002 and lower frame of the predeterminable area 1001 in display screen 1000 as shown in Figure 10 apart from display screen 1000 1003 distance is 1 centimetre, and left frame 1004 and upper side frame 1005 of the predeterminable area 1001 apart from display screen 1000 away from From being all larger than 1 centimetre.

In a kind of possible embodiment, the 4th instruction can be occur setting regions long press operation, setting The clicking of region any position, the combination between double click operation or aforesaid operations etc..Furthermore it is also possible to which military order mobile phone enters The instruction of one-hand operating format is as the 4th instruction, then when entering singlehanded mode, mobile phone shows singlehanded behaviour in predeterminable area Make display area.

In an implementation, the 4th instruction can be identical instruction with the first instruction, for example, the first instruction and the 4th instruction are equal It is the long press operation in setting regions, then mobile phone is shown single after detecting the long press operation of setting regions in predeterminable area Hand operation display area domain, and display has the application icon of first size in one-handed performance display area；In addition, the 4th refers to It is identical instruction that order can also be instructed with third, for example, third instruction and the long-pressing behaviour that the 4th instruction is in setting regions Make, then mobile phone shows one-handed performance display area after detecting the long press operation of setting regions in predeterminable area, and will be single Application icon in the domain of hand operation display area is shown as the corresponding new icon of application icon.

In a kind of possible embodiment, mobile phone is receiving the 4th instruction, and one-handed performance is shown in predeterminable area Behind display area, after can also showing the instruction of one-handed performance display area in receiving cancellation predeterminable area, stop at default One-handed performance display area is shown in region, and is shown in the preset display area in one-handed performance display area.Wherein, it takes Disappear and show the instruction of one-handed performance display area in predeterminable area, can be the identical instruction with the 4th instruction.

It is with the instruction for entering singlehanded mode that the first instruction, third instruction and the 4th instruction are user's sending below Example illustrates the realization process of display one-handed performance display area provided by the embodiments of the present application and application drawing calibration method:

Embodiment six

As shown in figure 11, mobile phone can after receiving the instruction into one-hand operating format, in display screen 1100 according to Preset display size shows one-handed performance display area 1101 in predeterminable area, and in one-handed performance display area 1101 The application icon 1102 of the first size of display portion application, also, display portion is answered in one-handed performance display area 1101 New icon 1103.

In a kind of feasible mode, as shown in figure 12, mobile phone can also be in the setting regions 1201 of display screen 1200 After detecting the second touch operation 1202, shown according to the moving direction of the second touch operation 1202 and moving distance to before mobile phone The one-handed performance display area 1203 shown zooms in or out processing.It for example, can be according to the second touch operation 1202 Amplified one-handed performance display area 1204 is shown in display screen 1200.

According to the above method, mobile phone can change single according to the second touch operation detected in the setting regions of display screen The display area size in hand operation display area domain, so as to easily adjust the size of one-handed performance display area.

In one embodiment, mobile phone can touch after receiving preset 5th instruction according to second detected Operation carries out singlehanded touch operation to zoom in or out processing, to prevent mobile phone from being changed according to user's touch operation that accidentally touching generates The display area of one-handed performance display area.Wherein, the 5th instruction can be for when any position of setting regions be pressed It is long to reach setting duration value (hereinafter referred to as long-pressing instruction), or single-click operation is received for any position in setting regions (hereinafter referred to as single key command) or double click operation (hereinafter referred to as double-click instruction).

In an implementation, the 5th instruction can be identical instruction with the first instruction, for example, the first instruction and the 5th instruction are equal It is the long press operation in setting regions, then mobile phone is after detecting the long press operation of setting regions, by one-handed performance display area In application icon be shown as the application icon with first size, hereafter, mobile phone can after detecting the second touch operation, One-handed performance display area is amplified into processing；It is identical instruction that 5th instruction can also be instructed with third, for example, third Instruction and the long press operation that the 5th instruction is in setting regions, then mobile phone, will after detecting the long press operation of setting regions Application icon in one-handed performance display area is shown as the corresponding new icon of application icon, and hereafter, mobile phone can detect After second touch operation, one-handed performance display area is amplified into processing；Other 5th instruction can also be instructed with the 4th Identical instruction, for example, the 4th instruction and the long press operation that the 5th instruction is in setting regions, then mobile phone is detecting setting After the long press operation in region, one-handed performance display area is moved to predeterminable area and is shown, hereafter, mobile phone can detect To after the second touch operation, one-handed performance display area is amplified into processing.

In the embodiment of the present application, mobile phone can be determined after receiving the 5th instruction and be needed according to the second touch operation pair One-handed performance display area carries out reducing processing or enhanced processing and mobile phone can be after being received again by the 5th instruction, no The second touch operation one-handed performance display area is carried out again to reduce processing or enhanced processing.For example, mobile phone is currently at root Mobile state is carried out to one-handed performance display area according to the first touch operation, after receiving the 5th instruction, mobile phone, which determines, to be needed One-handed performance display area is carried out according to the second touch operation to reduce processing or enhanced processing, hereafter, if mobile phone is received again To the 5th instruction, then mobile phone terminates to carry out reducing processing or enhanced processing to one-handed performance display area, also, mobile phone may be used also Mobile state is carried out to one-handed performance display area according to the first touch operation to be again introduced into, to realize according to same Instruction changes mobile phone to the response effect of the touch operation detected.Wherein, mobile phone can be by lighting or changing singlehanded behaviour Make the modes such as the display color of the outer rim of display area, prompts the user with current phone and received the second instruction or the 5th Instruction.

Optionally, in an implementation, setting regions 1201 can be in display screen 1200 except one-handed performance display area 1203 Display area in addition shows one-handed performance to will not cause to the normal touch control operation of one-handed performance display area 1203 Region 1203 zooms in or out.

Specifically, mobile phone can be determined according to the moving direction of the second touch operation needs to amplify or reduce one-handed performance Display area, and, the ruler that the amplification of one-handed performance display area is determined according to the moving distance of the second touch operation or is reduced Very little or ratio.Wherein it is possible to (aobvious comprising one-handed performance to one-handed performance display area in the case where keeping Aspect Ratio constant Show the display content in region itself and one-handed performance display area) amplify processing or diminution processing.

In a kind of mode, the method for determination of the moving direction of the second touch operation is referred to the movement of the first touch operation The method of determination in direction, and, the method for determination of the moving distance of the second touch operation is referred to the shifting of the first touch operation Dynamic determination of distance mode, is not repeating herein.

In a kind of possible embodiment, mobile phone can be determined and be needed according to the first touching after detecting the second instruction It touches operation to move one-handed performance display area, and after detecting the 5th instruction, determines and need to touch according to second Operation carries out one-handed performance display area to reduce processing or enhanced processing.The application is not intended to limit the second instruction and the five fingers The set-up mode of order, the set-up mode of illustrate below several second instructions and the 5th instruction, to be illustrated:

Mode one, according to different setting duration values, distinguish detect long-pressing instruction be the second instruction or the five fingers It enables

For example, can presetting the second instruction, to be that pressing duration in any position of setting regions reaches first default The long-pressing of duration value and not up to the second preset duration value instructs, and default 5th instruction is in any position of setting regions Pressing duration reaches the long-pressing instruction of the second preset duration value；Or second instruction for any position of setting regions pressing Duration reaches the long-pressing instruction of the first preset duration value, and the 5th instruction is to be up in the pressing of any position of setting regions Long-pressing to the second preset duration value and not up to the first preset duration value instructs.Using above method, can be referred to by long-pressing The instruction of different instructions second of the preset duration value of order and the 5th instruction.

Mode two, basis detect single key command or double-click the different location of instruction, distinguish single key command or double-click instructs It is the second instruction either the 5th instruction

For example, corresponding area can be clicked or double-clicked for the first setting position in setting regions as the second instruction Domain, then mobile phone first setting position detect click or double click operation after determination receive the second instruction, wherein first setting Position can be a region, and first setting regions can be prompted the user with by way of virtual key；In addition, also It can be clicked or double click on area using identical method using the second setting position in setting regions as the 5th instruction is corresponding, It is the second instruction or the 5th instruction to which mobile phone can determine the single key command detected in different location or double-click instruction.

Whether mode three receives the second instruction or the 5th instruction according to current, judges that the instruction detected is the second finger Enable either the 5th instruction

It, can be using the same instruction at least one of (long-pressing instruct, clicks, double-click instruct) in the embodiment of the present application Indicate the second instruction and the 5th instruction, and according to currently whether having received the second instruction or the 5th instruction determines the finger that receives Order is the second instruction or the 5th instruction, for example, mobile phone after detecting long-pressing instruction for the first time, determination receives the second instruction, And after receiving long-pressing instruction again, determines and receive the 5th instruction；In addition, mobile phone can also detect for the first time long-pressing After instruction, determines and receive the 5th instruction, and after detecting long-pressing instruction again, determination receives the second instruction, i.e., second Instruction and the 5th instruction are assigned by turns, and mobile phone, can be true by turns according to preset order after detecting identical triggering command The fixed triggering command received each time is specifically the second instruction or the 5th instruction.

By above method, mobile phone can determine the long-pressing instruction received, single key command, double-click instruction or these instructions Combination be the second instruction either the 5th instruction, to facilitate user by long-pressing, the modes such as click, double-click and issue the second finger Enable and/or the 5th instruction so that mobile phone according to detect touch operation change one-handed performance display area display position or The display area of person's change one-handed performance display area.

In a kind of possible embodiment, mobile phone can be according to the moving direction and scaling of preset second touch operation The corresponding relationship of operation, the corresponding moving direction of the second touch operation confirmly detected is at enhanced processing or diminution Reason.For example, as shown in figure 13, presetting moving direction, (including moving direction is straight up, and moves towards the top of display screen 1300 Dynamic direction is towards oblique upper) the second touch operation 1301 as corresponding second touch operation of enhanced processing, and will move Second touch operation of the direction towards (including moving direction straight down with moving direction obliquely downward) below display screen 1302 as corresponding second touch operation of diminution processing.

Specifically, mobile phone can be corresponding with scaling according to the range of the moving distance of preset second touch operation The scaling of the corresponding one-handed performance display area of the second touch operation that relationship confirmly detects.For example, default such as 1 institute of table The range for the moving distance shown and the mapping table of scaling, after the moving distance for determining the second touch operation, according to Table 1 determines corresponding scaling.

The moving distance of second touch operation	Magnification ratio	Diminution ratio
			In distance range A	1.1 again	0.9 times
In distance range B	1.2 again	0.8 times
			In distance range C	1.3 again	0.7 times

The moving distance of 1 second touch operation of table and the mapping table of scaling

For example, mobile phone, can be according to table when the moving distance for determining the second touch operation is in distance range A 1 determines that the corresponding magnification ratio of distance A is 1.1 times, and corresponding diminution ratio is 0.9 times；It needs to grasp one hand if mobile phone determines Processing is amplified as display area, then place can be amplified to one-handed performance display area with 1.1 times of magnification ratio Reason.

In a kind of feasible embodiment, if the second touch operation is touch operation in progress, for example, user It is touched and is slided on a display screen by finger, before user's finger leaves display screen, mobile phone can be in different moments It detects the second different touch operation of multiple starting points, and determines multiple moving directions and movement according to multiple second touch operations Distance, mobile phone can be in the sustained touch operating process of user, and the moving direction and moving distance determined according to these continues The size of the display area of one-handed performance display area is adjusted, so that realization is persistently right according to the motion profile of user's touch operation The display area of one-handed performance display area carries out dynamic adjustment.Wherein, in the display area of adjustment one-handed performance display area When, the length and width constant rate of one-handed performance display area can be kept.

In alternatively possible embodiment, if the second touch operation is the touch operation being over, for example, mobile phone Processor the touch signal sent according to sensor determine the second touch operation terminate (e.g., determine carry out second touch behaviour The user of work stops the contact with display screen) after, the moving direction of the second touch operation detected according to sensor and movement Distance disposably zooms in or out processing to the display area of one-handed performance display area, to realize user in display screen The display area of one-handed performance display area is not zoomed in and out during upper carry out touch operation, but in touch operation knot Change the display area of one-handed performance display area after beam, by first-stage reduction or amplifying operation to save mobile phone EMS memory resource It occupies.

In a kind of feasible embodiment, the zoom operations datum mark in one-handed performance display area can be by mobile phone The datum mark that enhanced processing perhaps reduces processing amplifies processing to one-handed performance display area or diminution is handled.Below For amplifying processing to one-handed performance display area, illustrate to amplify processing or contracting according to zoom operations datum mark The method of small processing:

As shown in figure 14, select the vertex position 1401 of 1400 lower right of one-handed performance display area before amplifying for scaling behaviour Make datum mark, thus when amplifying processing, on the basis of vertex position 1401, according to the moving direction of the second touch operation One-handed performance display area 1400 is amplified with moving distance, the zoom operations datum mark 1401 after keeping enhanced processing Position is constant, that is, the vertex of the lower right of one-handed performance display area 1402 is still position 1401 after amplifying.In addition, being put When big processing or diminution processing, it is also an option that any other position in one-handed performance display area is as scaling behaviour Make datum mark.

The method for changing the size of display area of one-handed performance display area in the embodiment of the present application is exemplified below Realization process:

Embodiment seven

Still by taking Figure 12 as an example, mobile phone detects the touch operation occurred on display screen 1200, then mobile phone is determining the touching Behind the track 1202 for touching operation, when determining that the start position 1205 in track 1202 is located in setting regions 1201, mobile phone at this time It can be according to the start position 1205 of track 1202 and final position 1206 to the display area of one-handed performance display area 1203 It is adjusted, for example, according to the positional relationship between position 1205 and position 1206 and apart from the shifting for determining the second touch operation Dynamic direction and moving distance, and need to amplify one-handed performance display area determining according to moving direction, and according to it is mobile away from After determining magnification ratio, it is that scaling datum mark amplifies one-handed performance display area 1203 with the position 1207 in the lower right corner, obtains Amplified one-handed performance display area 1204.

Embodiment eight

Still by taking Figure 12 as an example, mobile phone is receiving the 5th instruction, and detects the touch operation occurred on display screen 1200 Afterwards, then mobile phone determines that the start position 1205 in track 1202 is located at setting area behind the track 1202 for determining the touch operation When in domain 1201, mobile phone can be shown one-handed performance according to the start position 1205 and final position 1206 of track 1202 at this time The display area in region 1203 is adjusted, for example, according to the positional relationship between position 1205 and position 1206 and apart from true The moving direction and moving distance of fixed second touch operation, and needing to amplify one-handed performance viewing area according to moving direction determination Domain, and be that scaling datum mark amplifies one-handed performance with the position 1207 in the lower right corner after determining magnification ratio according to moving distance Display area 1203 obtains amplified one-handed performance display area 1204.

Embodiment nine

As shown in figure 15, if user carries out touch operation on display screen 1500, the track of the touch operation of user is risen Point is position 1501 (position 1501 is located within setting regions 1504), when user slides into position 1502 from position 1501, Mobile phone detects second touch operation in progress, and the starting point of second touch operation is position 1501, and terminal is Position 1502, at this point, mobile phone determines the moving direction and moving distance of the second touch operation according to position 1501 and position 1502, It is that scaling datum mark amplification is singlehanded with the position 1505 in the lower right corner and after being determined according to moving direction and needing to amplify processing Operation display area domain 1506 obtains amplified one-handed performance display area 1507；When user continues to slide on a display screen Dynamic, when the track of touch operation is moved to position 1503, mobile phone detects another the second touch operation in progress, should The starting point of second touch operation is position 1502, and terminal is position 1503, at this point, mobile phone is true according to position 1502 and position 1503 The moving direction and moving distance of fixed second touch operation, and be the singlehanded behaviour of scaling datum mark amplification with the position in the lower right corner 1505 Make display area 1507, obtains amplified one-handed performance display area 1508 again.

Embodiment ten

As shown in figure 16, after mobile phone receives and carries out the second mobile instruction to one-handed performance display area 1600, according to One-handed performance display area 1600 is moved to target area 1602 by the first touch operation 1601, if mobile phone is received to one hand at this time Operation display area domain zooms in and out the 5th instruction of processing, then mobile phone needs after detecting the second touch operation 1603, by mesh The one-handed performance display area that mark region 1602 is shown amplifies processing, obtains amplified one-handed performance display area 1604。

As shown in figure 17, in a kind of embodiments possible, if the second instruction and the 5th instruction are user in setting area The long press operation in domain, and the first instruction, third instruction and the 4th instruction are the finger into one-hand operating format that user issues Enable, display application drawing calibration method provided by the embodiments of the present application can with specifically includes the following steps:

Step 1701: mobile phone is shown after detecting the instruction into singlehanded mode that user issues in as shown in figure 18 One-handed performance display area 1801 is shown in predeterminable area according to preset display size in display screen 1800, and in one-handed performance The application icon 1802 for the first size that display portion is applied in display area 1801, also, in one-handed performance display area The new icon 1803 that display portion is applied in 1801；

Step 1702: mobile phone detects user in the long press operation of setting regions, and determination receives the second instruction；

Step 1703: the moving direction of first touch operation 1804 of the mobile phone according to starting point in setting regions and it is mobile away from From display position to the one-handed performance display area 1805 of mobile one-handed performance display area 1801；

Step 1704: mobile phone detects that user in the long press operation of setting regions, determines and receives the 5th instruction again；

Step 1705: the moving direction of second touch operation 1806 of the mobile phone according to starting point in setting regions and it is mobile away from From amplifying processing to one-handed performance display area 1805, obtain amplified one-handed performance display area 1807, Zhi Houjie This process of beam.

Using above-mentioned steps 1701 to step 1705, one-handed performance display area can be shown in the predeterminable area of display screen 1801, and the application icon 1802 for the first size that display portion is applied in one-handed performance display area 1801 and part are answered It with corresponding new icon 1803, causes accidentally to touch so as to prevent user from contacting display screen frame, and reduces user's searching and answer With the difficulty of icon, in addition, mobile phone can also according to the first touch operation to the display position of one-handed performance display area 1801 into Row movement, and the size of the display area according to the second touch operation change one-handed performance display area 1801, so as to Facilitate the display position of adjustment one-handed performance display area and the size of display area.

Based on above embodiments, the embodiment of the present application also provides a kind of terminal devices, for realizing the embodiment of the present application The method, as shown in figure 19, in one embodiment, terminal device 1900 may include memory 1901, processor 1902, display screen 1903 and input/output interface 1904.

Memory 1901 is used for the computer program that storage processor 1902 executes.Memory 301 may include storage journey Sequence area and storage data area, wherein storing program area can application program needed for storage program area, at least one function etc.； Storage data area, which can be stored, uses created data etc. according to terminal device 1900.Memory 1901 can be volatibility and deposit Reservoir (volatile memory), such as random access memory (random-access memory, RAM)；Memory 1901 It is also possible to nonvolatile memory (non-volatile memory), such as read-only memory, flash memory (flash Memory), hard disk (hard disk drive, HDD) or solid state hard disk (solid-state drive, SSD) or memory 1901 can be used for carry or store have instruction or data structure form desired program code and can be by computer Any other medium of access, but not limited to this.Memory 1901 can be the combination of above-mentioned memory.

Processor 1902, for executing the various functions of terminal and carrying out data processing.Wherein, processor 402 can be adopted With central processing unit (Central Processing Unit, CPU), microprocessor, application specific integrated circuit or one Or multiple integrated circuits, for executing relevant operation, to realize technical solution provided by the embodiment of the present application.Specifically, locate Reason device 1902 can call the computer program stored in memory 1901, and realize above-mentioned side by executing the program called The combination of various schemes and various schemes involved in method embodiment.

Display screen 1903, for showing information input by user or being supplied to the information of user, in addition, showing in an implementation Display screen 1903 can also be used in the first touch operation referred in the touch operation for detecting user, such as detection above method embodiment With the second touch operation.

Terminal device 1900 further includes and input/output interface 1904, processor 1902 pass through input/output interface 1904 Instruction is received, for example, processor 1902, which receives after input/output interface 1904 receives, is input to processor 1902, the above method The first instruction, the second instruction, third instruction, the 4th instruction and/or the 5th instruction for being referred in embodiment etc..

In addition, above-mentioned memory 1901, processor 1902, display screen 1903 and input are not limited in the embodiment of the present application Specific connection medium between output interface 1904.For example, memory 1901, processor 1902, display screen 1903 and input It can be connected by bus 1905 between output interface 1904, the bus 1905 can be divided into address bus, data/address bus, control Bus processed etc. is indicated for convenience in Figure 19, is only indicated with a thick line, it is not intended that an only bus or a type The bus of type.

If above-mentioned processor 1902 is based on hardware chip or logic circuit is realized, based on identical as above method embodiment Design, the embodiment of the present application also provides a kind of chip, the chip is connected with memory, is able to carry out in memory and deposits The computer program of storage, to realize the combination of various schemes and various schemes involved in above method embodiment.

Based on above method embodiment same idea, the embodiment of the present application also provides a kind of computer-readable storage mediums Matter is stored thereon with some instructions, when these instructions call execution by terminal device, terminal device can be made to complete above-mentioned side Method involved in the possible design of any one of method embodiment, embodiment of the method.In the embodiment of the present application, to computer Readable storage medium storing program for executing without limitation, for example, it may be RAM (random-access memory, random access memory), ROM (read-only memory, read-only memory) etc..

Based on above method embodiment same idea, the application also provides a kind of computer program product, the computer Program product can be arbitrarily possible with Method Of Accomplishment embodiment and above method embodiment when being called and being executed by terminal device Method involved in design.

It should be understood by those skilled in the art that, the embodiment of the present application can provide as the production of method, system or computer program Product.Therefore, complete hardware embodiment, complete software embodiment or implementation combining software and hardware aspects can be used in the application The form of example.Moreover, can be used can in the computer that one or more wherein includes computer usable program code by the application With the computer program product implemented in storage medium (including but not limited to magnetic disk storage, CD-ROM, optical memory etc.) Form.

The application is referring to method, the process of equipment (system) and computer program product according to the embodiment of the present application Figure and/or block diagram describe.It should be understood that every one stream in flowchart and/or the block diagram can be realized by computer program instructions The combination of process and/or box in journey and/or box and flowchart and/or the block diagram.It can provide these computer programs Instruct the processor of general purpose computer, special purpose computer, Embedded Processor or other programmable data processing devices to produce A raw machine, so that being generated by the instruction that computer or the processor of other programmable data processing devices execute for real The device for the function of being specified in present one or more flows of the flowchart and/or one or more blocks of the block diagram.

These computer program instructions, which may also be stored in, is able to guide computer or other programmable data processing devices with spy Determine in the computer-readable memory that mode works, so that it includes referring to that instruction stored in the computer readable memory, which generates, Enable the manufacture of device, the command device realize in one box of one or more flows of the flowchart and/or block diagram or The function of being specified in multiple boxes.

These computer program instructions also can be loaded onto a computer or other programmable data processing device, so that counting Series of operation steps are executed on calculation machine or other programmable devices to generate computer implemented processing, thus in computer or The instruction executed on other programmable devices is provided for realizing in one or more flows of the flowchart and/or block diagram one The step of function of being specified in a box or multiple boxes.

Although some possible embodiments in the application have been described, once a person skilled in the art knows bases This creative concept, then additional changes and modifications may be made to these embodiments.So the following claims are intended to be interpreted as Including the embodiment of the present application and fall into all change and modification of the application range.

Obviously, those skilled in the art can carry out various modification and variations without departing from the essence of the application to the application Mind and range.In this way, if these modifications and variations of the application belong to the range of the claim of this application and its equivalent technologies Within, then the application is also intended to include these modifications and variations.

Claims

1. a kind of display application drawing calibration method characterized by comprising

Terminal device, which determines to receive, is used to indicate the application that the terminal device shows amplification in one-handed performance display area First instruction of icon；

Terminal device response first instruction, display has answering for first size in the one-handed performance display area With icon, wherein first size is greater than terminal device when not receiving the described first instruction, in the one-handed performance viewing area The second size that the application icon shown in domain has.

2. the method as described in claim 1, which is characterized in that the terminal device is shown in the one-handed performance display area Before showing the application icon with first size, further includes:

Terminal device third size according to possessed by the one-handed performance display area and the first size determine If show the application icon of the first size in the one-handed performance display area, two application icons of arbitrary neighborhood it Between spacing be not less than preset spacing threshold.

3. the method as described in claim 1, which is characterized in that this method further include:

In one-hand operating format, terminal device detects the first touch operation in the setting regions of display screen；

The terminal device determines the moving direction and moving distance of first touch operation；

The terminal device is according to the moving direction and moving distance of first touch operation, by the one-handed performance viewing area Domain is moved to target area and shows.

4. method as claimed in claim 3, which is characterized in that the setting regions be the display screen display area in remove Region other than the one-handed performance display area having been displayed.

5. method as claimed in claim 3, which is characterized in that detected in the setting regions of display screen in the terminal device To before the first touch operation, further includes:

The terminal device, which determines to receive, is used to indicate the terminal device according to the first touch operation change singlehanded behaviour Make the second instruction of display position of the display area in the display screen.

6. method as claimed in claim 5, which is characterized in that second instruction includes that at least one of instructions refer to It enables:

The duration that any position of the setting regions is pressed reaches setting duration value；

Any position of the setting regions receives single-click operation or double click operation.

7. the method as described in claim 1, which is characterized in that the method also includes:

The terminal device is determined to receive to be used to indicate in the terminal device change one-handed performance display area and be shown Application icon third instruction；

The terminal device responds the third instruction, and the corresponding mesh of each application is shown in the one-handed performance display area It marks on a map, wherein the corresponding target icon of each application of display and the terminal device are not receiving the third instruction When the original image mark of each application different and each using corresponding original image mark that is shown in the one-handed performance display area and The corresponding relationship of target icon is pre-stored.

8. the method for claim 7, which is characterized in that the terminal device is shown in the one-handed performance display area Before showing the corresponding target icon of each application, further includes:

Ruler possessed by terminal device size according to possessed by the one-handed performance display area and the target icon It is very little, if determination shows the target icon of each application in the one-handed performance display area, two target figures of arbitrary neighborhood Spacing between mark is not less than preset spacing threshold.

9. the method as described in claim 1, which is characterized in that the method also includes:

The terminal device determines to receive and is used to indicate terminal device and shows the one hand in the predeterminable area of the display screen 4th instruction of operating area, wherein the distance of any frame of the predeterminable area apart from the display screen is not less than X lis Rice, X > 0；

Terminal device response the 4th instruction, shows one-handed performance region in the predeterminable area.

10. the method as described in claim 1, which is characterized in that the method also includes:

The terminal device detects the second touch operation in the setting regions of the display screen；

The terminal device determines the moving direction and moving distance of second touch operation；

The terminal device is according to the moving direction and moving distance of second touch operation, to the one-handed performance viewing area Domain zooms in or out processing.

11. a kind of terminal device, which is characterized in that including processor, memory, input/output interface and display screen；

The memory is stored with computer program；

The display screen, for showing information；

The input/output interface, to the processor, first instruction is used for the first instruction input for that will receive Indicate that the terminal device shows the application icon of amplification in the one-handed performance display area；

The processor, for calling the computer program stored in the memory to execute:

First instruction is responded, display has the application icon of first size in one-handed performance display area, wherein first Size is greater than terminal device when not receiving the described first instruction, the application drawing shown in the one-handed performance display area Mark the second size having.

12. terminal device as claimed in claim 11, which is characterized in that the processor is also used to:

It is aobvious according to the one-handed performance before display has the application icon of first size in the one-handed performance display area Show third size and the first size possessed by region, if determining in the one-handed performance display area described in display When the application icon of first size, the spacing between two application icons of arbitrary neighborhood is not less than preset spacing threshold.

13. terminal device as claimed in claim 11, which is characterized in that the display screen is also used to detect touch operation；

The processor, is also used to:

In one-hand operating format, the first touch operation is detected in the setting regions of the display screen, determines described first The moving direction and moving distance of touch operation, and according to the moving direction and moving distance of first touch operation, it will The one-handed performance display area is moved to target area and shows.

14. terminal device as claimed in claim 13, which is characterized in that the setting regions is the viewing area of the display screen Region in domain in addition to the one-handed performance display area having been displayed.

15. terminal device as claimed in claim 11, which is characterized in that the input/output interface is also used to received Two instruction inputs to the processor, second instruction is used to indicate the terminal device and changes institute according to the first touch operation State display position of the one-handed performance display area in the display screen；

The processor is also used to, after determining through input/output interface reception second instruction, in the display The first touch operation is detected in the setting regions of screen.

16. terminal device as claimed in claim 15, which is characterized in that it is described second instruction include instructions at least One instruction:

17. terminal device as claimed in claim 11, which is characterized in that the input/output interface was also used to receive Third instruction input to the processor, the third instruction is used to indicate the terminal device change one-handed performance and shows The application icon shown in region；

The processor is also used to:

The third instruction is responded, the corresponding target icon of each application is shown in the one-handed performance display area, wherein The corresponding target icon of each application of display is with the terminal device when not receiving third instruction in the one hand The original image mark of each application different and each using corresponding original image mark shown in the domain of operation display area and pair of target icon Should be related to it is pre-stored.

18. terminal device as claimed in claim 17, which is characterized in that the processor is also used to:

It is aobvious according to the one-handed performance before showing the corresponding target icon of each application in the one-handed performance display area Show size possessed by size possessed by region and the target icon, is shown in the one-handed performance display area if determining When showing the target icon of each application, the spacing between two target icons of arbitrary neighborhood is not less than preset spacing threshold.

19. terminal device as claimed in claim 11, which is characterized in that the input/output interface was also used to receive 4th instruction input to the processor, the 4th instruction is used to indicate the terminal device in the preset areas of the display screen Domain shows the one-handed performance region, wherein the distance of any frame of the predeterminable area apart from the display screen is not less than X Centimetre, X > 0；

The processor is also used to:

The 4th instruction is responded, one-handed performance region is shown in the predeterminable area.

20. terminal device as claimed in claim 11, which is characterized in that the display screen is also used to detect touch operation；

The processor is also used to:

After detecting the second touch operation in the setting regions of the display screen, the mobile side of second touch operation is determined To and moving distance；And moving direction and moving distance according to second touch operation, the one-handed performance is shown Region zooms in or out processing.

21. a kind of computer storage medium, which is characterized in that the computer storage medium is stored with the executable finger of computer It enables, the computer executable instructions execute the computer such as any one of claim 1-10 when being called by computer The method.

22. a kind of computer program product comprising instruction, which is characterized in that when the computer program product is in electronic equipment When upper operation, so that the electronic equipment executes such as method of any of claims 1-10.