CN103914228A - Mobile terminal and touch screen operating method thereof - Google Patents
Mobile terminal and touch screen operating method thereof Download PDFInfo
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- CN103914228A CN103914228A CN201410126901.5A CN201410126901A CN103914228A CN 103914228 A CN103914228 A CN 103914228A CN 201410126901 A CN201410126901 A CN 201410126901A CN 103914228 A CN103914228 A CN 103914228A
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Abstract
The invention discloses a mobile terminal and a touch screen operating method thereof. The touch screen operating method includes that when the mobile terminal receives a preset command, display coordinates of a part of display information and other display information of a touch screen can be adjusted according to a first preset algorithm and a second preset algorithm, all display information on the touch screen can be displayed as the new display coordinates after adjustment, after the display information on the screen is displayed according to the new display coordinates and operation tracks on the touch screen of users can be acquired, operation coordinates corresponding to the operation tracks are adjusted according to the display information corresponding to the operation tracks so as to make corresponding response to the operation tracks of the users according to the adjusted new operation coordinates. By the above method, the users can more conveniently operate the mobile terminal with one hand.
Description
Technical field
The present invention relates to electronic communication field, particularly relate to the method for operating of a kind of mobile terminal and touch-screen thereof.
Background technology
Mobile terminal especially touch-screen mobile phone, panel computer etc. has become requisite communication products in people's life gradually.Along with the development of mobile terminal technology, and consumer is more and more higher to the requirement of mobile terminal, mobile terminal is also from the small size touch-screens such as 3.5 inches to 5 inches, 7 inches large scale touch-screen developments such as 10 inches even, and the quantity of large scale mobile terminal of touch screen is in the market also more and more.The mobile terminal of large touch-screen at browsing page, watch the aspects such as video to bring better visual effect to people, the size of touch-screen also becomes one of Consideration of choosing mobile terminal.
But large mobile terminal of touch screen, because its touch-screen is larger, is unfavorable for one-handed performance, for example, in the time of the large touch-screen mobile phones such as 5 inches, 7 inches of uses, conventionally need bimanualness easy operating.But the occasion of mobile terminal is very many owing to using, can only carry out one-handed performance a lot of occasion users.For example, in the time riding in a bus, may need a hand to stablize health, can only rely in such cases one-handed performance mobile terminal, or operating mobile terminal again in the time that hand of user is being carried article, is now also merely able to mobile terminal to carry out one-handed performance.
In the time carrying out one-handed performance, because the touch-screen of mobile terminal is larger, and human body hand size is limited, and touch-screen is crossed the subregion that conference causes touch-screen and is difficult to operation, even touches the icon less than this subregion, is unfavorable for user's use.
Summary of the invention
The technical matters that the present invention mainly solves is to provide the method for operating of a kind of mobile terminal and touch-screen thereof, can be in the time of user's one-handed performance mobile terminal more easily to touch-screen on shown content operate.
For solving the problems of the technologies described above, the technical scheme that the present invention adopts is: the method for operating that a kind of mobile terminal touch screen is provided, comprise: in the time that described mobile terminal receives predetermined instruction, the displaing coordinate of the part demonstration information of the touch-screen of described mobile terminal is adjusted according to the first pre-defined algorithm, described part shows that information shows at described touch-screen according to the new displaing coordinate after adjusting, other displaing coordinate that shows information of described touch-screen is adjusted according to the second pre-defined algorithm, described other demonstration information shows at described touch-screen according to the new displaing coordinate after adjusting, obtain the operation trace on touch-screen, in the time that demonstration information corresponding to described operation trace is described part demonstration information, operation coordinate corresponding described operation trace is adjusted according to described the second pre-defined algorithm, described operation trace is made to corresponding response according to the new operation coordinate after adjusting, in the time that demonstration information corresponding to described operation trace is described other demonstration information, operation coordinate corresponding described operation trace is adjusted according to described the first pre-defined algorithm, described operation trace is made to corresponding response according to the new operation coordinate after adjusting.。
Wherein, described in, make the part of the touch-screen of described mobile terminal show that the step that the displaing coordinate of information is adjusted according to the first pre-defined algorithm comprises: the displaing coordinate of the half demonstration information of the touch-screen of described mobile terminal is adjusted according to the first pre-defined algorithm; Described other step that shows that the displaing coordinate of information is adjusted according to the second pre-defined algorithm that makes described touch-screen comprises: second half displaing coordinate that shows information of described touch-screen is adjusted according to the second pre-defined algorithm.
Wherein, the half of the described touch-screen that makes described mobile terminal shows that the step of adjusting according to the first pre-defined algorithm of the displaing coordinate of information comprises: the lateral coordinates value of the displaing coordinate of the demonstration information of left one side of something of described touch-screen is increased to 1/2nd screen width pixel value, along slope coordinate value remains unchanged; Described second half step that shows that the displaing coordinate of information is adjusted according to the second pre-defined algorithm that makes described touch-screen comprises: will after the screen width pixel value of the lateral coordinates value increase by 1/2nd of the displaing coordinate of the demonstration information of right one side of something of described touch-screen, deduct screen width pixel value, along slope coordinate value remains unchanged again; It is described in the time that demonstration information corresponding to described operation trace is described part demonstration information, the step that operation coordinate corresponding described operation trace is adjusted according to described the second pre-defined algorithm comprises: in the time of demonstration information that demonstration information corresponding to described operation trace is described left one side of something, to after the screen width pixel value of the lateral coordinates value increase by 1/2nd of operation coordinate corresponding described operation trace, deduct screen width pixel value, along slope coordinate value remains unchanged again; It is described in the time that demonstration information corresponding to described operation trace is described other demonstration information, the step that operation coordinate corresponding described operation trace is adjusted according to described the first pre-defined algorithm comprises: in the time of demonstration information that demonstration information corresponding to described operation trace is described right one side of something, the lateral coordinates value of operation coordinate corresponding described operation trace is increased to 1/2nd screen width pixel value, along slope coordinate value remains unchanged.
Wherein, described mobile terminal utilizes the direction sensor arranging in it to obtain direction of motion, and judge that whether the described direction of motion that obtains coincide with the data that the machine is preserved in advance, is judged as and receives described predetermined instruction if identical.
For solving the problems of the technologies described above, another technical solution used in the present invention is: a kind of mobile terminal is provided, comprise: the first processing module, for in the time that described mobile terminal receives predetermined instruction, the displaing coordinate of the part demonstration information of the touch-screen of described mobile terminal is adjusted according to the first pre-defined algorithm, described part shows that information shows at described touch-screen according to the new displaing coordinate after adjusting, other displaing coordinate that shows information of described touch-screen is adjusted according to the second pre-defined algorithm, described other demonstration information shows at described touch-screen according to the new displaing coordinate after adjusting, the first acquisition module, for obtaining the operation trace on touch-screen, the second processing module, be used in the time that demonstration information corresponding to described operation trace is described part demonstration information, operation coordinate corresponding described operation trace is adjusted according to described the second pre-defined algorithm, described operation trace is made to corresponding response according to the new operation coordinate after adjusting, in the time that demonstration information corresponding to described operation trace is described other demonstration information, operation coordinate corresponding described operation trace is adjusted according to described the first pre-defined algorithm, described operation trace is made to corresponding response according to the new operation coordinate after adjusting.
Wherein, described the first processing module is used for the displaing coordinate of the half demonstration information of the touch-screen that makes described mobile terminal to be adjusted according to the first pre-defined algorithm, and second half displaing coordinate that shows information of described touch-screen is adjusted according to the second pre-defined algorithm.
Wherein, described the first processing module is specifically for increasing the lateral coordinates value of the displaing coordinate of the demonstration information of left one side of something of described touch-screen 1/2nd screen width pixel value, and along slope coordinate value remains unchanged; And for deducting screen width pixel value after the screen width pixel value of the lateral coordinates value increase by 1/2nd of the displaing coordinate of the demonstration information of right one side of something of described touch-screen, along slope coordinate value remains unchanged again; Described the second processing module is during specifically for the demonstration information that is described left one side of something when demonstration information corresponding to described operation trace, to after the screen width pixel value of the lateral coordinates value increase by 1/2nd of operation coordinate corresponding described operation trace, deduct screen width pixel value, along slope coordinate value remains unchanged again; In the time of demonstration information that demonstration information corresponding to described operation trace is described right one side of something, the lateral coordinates value of operation coordinate corresponding described operation trace is increased to 1/2nd screen width pixel value, along slope coordinate value remains unchanged.
Wherein, the second acquisition module, for obtaining the direction of motion of mobile terminal according to the direction sensor of described mobile terminal; Whether judge module, coincide with the data that the machine is preserved in advance for the described direction of motion that judges acquisition, receives described predetermined instruction if coincide to be judged as
The invention has the beneficial effects as follows: the situation that is different from prior art, in the method for operating of mobile terminal touch screen of the present invention, when mobile terminal receives after predetermined instruction, part demonstration information and other displaing coordinates that shows information of touch-screen are adjusted according to the first pre-defined algorithm and the second pre-defined algorithm respectively, so that all demonstration information on touch-screen are shown according to the new displaing coordinate after adjusting, thereby realize, the display position of the demonstration information on screen is adjusted, can make thus to need the demonstration information of operation in tangibly region, and then user friendly operation, in addition, after the demonstration information on screen is shown according to new displaing coordinate, obtain after the operation trace of user on touch-screen, according to the corresponding demonstration information of operation trace, operation coordinate corresponding to operation trace adjusted, user's operation trace is made to corresponding response according to the new operation coordinate after adjusting, thereby realize the migration processing of the operation coordinate to user, can make correct response to user's operation trace thus, by the way, when can being adjusted to tangible region by the demonstration information of needs operation during at one-handed performance, user shows, thereby can reach the object of one-handed performance easily.
Accompanying drawing explanation
Fig. 1 is the process flow diagram of method of operating one embodiment of the touch-screen of mobile terminal of the present invention;
Fig. 2 is the structural representation of mobile terminal one embodiment of the present invention;
Fig. 3 is the structural representation of another embodiment of mobile terminal of the present invention.
Embodiment
Below in conjunction with drawings and embodiments, the present invention will be described in detail.
Consult Fig. 1, in method of operating one embodiment of mobile terminal touch screen of the present invention, comprise the steps:
Step S101: in the time that mobile terminal receives predetermined instruction, the displaing coordinate of the part demonstration information of the touch-screen of mobile terminal is adjusted according to the first pre-defined algorithm, part demonstration information shows at the touch-screen of mobile terminal according to the new displaing coordinate after adjusting, other displaing coordinate that shows information of touch-screen is adjusted according to the second pre-defined algorithm, and other demonstration information shows at touch-screen according to the new displaing coordinate after adjusting.
The displaying principle with the mobile terminal of touch-screen is, with reference to predefined true origin, the element such as figure, word that needs are shown is presented on touch-screen regularly according to certain coordinate data, and this coordinate data is the displaing coordinate of the element such as figure, word on touch-screen.In the mobile terminal of present embodiment, be preset with two states, respectively normal display state and skew show state, normal display state is that the demonstration information on the touch-screen of mobile terminal shows according to normal display state, skew show state is that the displaing coordinate of the demonstration information on touch-screen is offset with respect to the displaing coordinate under normal display state, show with the precalculated position at touch-screen, thereby make user can use one hand can operate easily the content of whole touch-screen.First, a default predetermined instruction in mobile terminal, this predetermined instruction is for carrying out the conversion between normal display state and skew show state.When mobile terminal receives after this predetermined instruction, enter skew show state.At skew show state, the displaing coordinate of the part demonstration information of touch-screen is adjusted according to the first pre-defined algorithm, the displaing coordinate of the predetermined partial information to touch-screen calculates according to the first algorithm, to obtain new displaing coordinate, and this partial information is shown on touch-screen according to new displaing coordinate.Other on touch-screen show that the displaing coordinate of information obtains new displaing coordinate according to the second pre-defined algorithm adjustment, and other demonstration information are shown on touch-screen according to new displaing coordinate.Thus, can realize the display position of all demonstration information on touch-screen is adjusted by above-mentioned steps, thereby the demonstration information on touch-screen is shown according to the new displaing coordinate after adjusting.
Step S102: obtain the operation trace on touch-screen.
After above-mentioned steps S101, mobile terminal has entered skew show state, and all demonstration information on its touch-screen all show according to new displaing coordinate.Now, in the time that user operates the demonstration information under skew show state, the operated demonstration information of user is the demonstration information showing according to new displaing coordinate, acquisition for mobile terminal user operation trace now, this operation trace is for example the clicking operation of finger to certain icon or link etc. on touch-screen, or slide etc.
Step S103: in the time that demonstration information corresponding to operation trace shows information for part, operation coordinate corresponding operation trace is adjusted according to the second pre-defined algorithm, operation trace is made to corresponding response according to the new operation coordinate after adjusting; In the time that demonstration information corresponding to operation trace shows information for other, operation coordinate corresponding operation trace is adjusted according to the first pre-defined algorithm, operation trace is made to corresponding response according to the new operation coordinate after adjusting.
The principle of mobile terminal response user's touch activity is, in the time that user the operation such as clicks by felt pen, finger etc. to the demonstration information on touch-screen, mobile terminal obtains user's operation trace by touch sensor, and these operation trace are converted to user operate accordingly coordinate, this operation coordinate is the coordinate of the touch location of user on touch-screen, for the datumization result of the accurate movement locus of User Activity, therefore mobile terminal can be made corresponding response according to these operation coordinates.
Under normal display state, user is clicking certain icon when opening application program corresponding to this icon, the operation coordinate of user's click location is the displaing coordinate of this icon, and mobile terminal is made corresponding response according to this operation coordinate, opens the application program that this icon is corresponding.Under normal display state, the operation coordinate that triggering mobile terminals is made correct response to user's operation trace is the displaing coordinate of user's the corresponding demonstration information of operation trace.And in step S101 time, mobile terminal enters after skew show state, the demonstration information on touch-screen is no longer normal show state, and skew has occurred its displaing coordinate.When user is in the time operating the demonstration information having shown according to new displaing coordinate on touch-screen, for example click certain icon having shown according to new displaing coordinate to open the application program that this icon is corresponding, if now mobile terminal is made response according to the operation coordinate of user's click location to user's clicking operation, be the new displaing coordinate of this icon because this operation coordinate is actual, therefore mistake can be caused responding, the application program that this icon is corresponding cannot be correctly opened.Therefore, in present embodiment, obtain after the operation coordinate of user on touch-screen, obtained operation coordinate is adjusted according to respective algorithms, to obtain real operation coordinate, thereby mobile terminal can be made correct response according to the new operation coordinate after this adjustment, for example user can open the corresponding application program of this icon according to user's clicking operation after certain icon of click, and can not open other wrong application programs.
By the way, according to predetermined instruction, the displaing coordinate of the demonstration information on touch-screen is carried out to migration processing, the display position of the demonstration information on touch-screen is rearranged, and the operation coordinate corresponding to user's operation trace also carries out corresponding migration processing, to make in the time that user operates the demonstration information after again showing, mobile terminal can be made correct response, realize thus the demonstration of touch-screen and the skew of processing response, thereby when user is in the time carrying out one-handed performance, in the time that its finger is difficult to operate the part demonstration information on touch-screen, can make mobile terminal enter skew show state, with demonstration information can show in opereating specification at finger that needs are operated, and carry out corresponding migration processing by the operation coordinate to user, can make correct response to make mobile terminal, can realize thus user's object of one-handed performance easily.
In the present invention's one preferred implementation, mobile terminal utilizes the direction sensor arranging in it to obtain direction of motion, and whether the direction of motion that obtains of judgement coincide with the data that the machine retains in advance, receives predetermined instruction if coincide to be judged as.Direction sensor can utilize the variation of the various media such as acceleration, speed, magnetic field, angle or light to detect the direction of motion state of self, and forms discernible data.When integrated after direction sensor in mobile terminal, the direction of motion of direction sensor is the direction of motion of mobile terminal.In present embodiment, the pre-motion orientation of mobile terminal is preset as to predetermined instruction, carries out the switching of normal display state and skew show state according to the direction of motion of mobile terminal.Be specially, in mobile terminal, preserve in advance the related data of mobile terminal to left movement, using mobile terminal to left movement as preset instructions, in the time mobile terminal being detected to left movement, be judged as and receive predetermined instruction.When needs switch to skew show state by mobile terminal from normal display state, mobile terminal can be rocked left, direction sensor detects after mobile terminal activity left, obtain the data of mobile terminal to left movement, and be judged as and receive predetermined instruction after the data of the data that obtain of judgement and preservation are in advance consistent.Now, according to predetermined instruction, the show state of mobile terminal is converted to skew show state.Under skew show state, after direction sensor detects that mobile terminal moves right, the show state of mobile terminal is reverted to normal display state, realize thus the switching of normal display state and skew show state, user in use only need move mobile terminal to a direction, can realize the switching of two states, with the displaying contents that action need operates easily.
Certainly, in other implementations, can be also using upwards, downwards or other direction of motion as preset instructions, specifically do not limit herein.In addition, also can be the switching that preset instructions by other are set realizes normal display state and skew show state, for example this preset instructions can be on screen, to input specific character, enters skew show state receiving mobile terminal after this specific character.
In another preferred implementation of the present invention, under skew show state, make the demonstration information on touch-screen half-and-half switch and show, exchange demonstration even if the half on touch-screen shows information and second half display position that shows information.Particularly, in the time that mobile terminal receives predetermined instruction, make half on the screen of mobile terminal show that the displaing coordinate of information adjusts according to the first pre-defined algorithm, second half displaing coordinate that shows information on the touch-screen of mobile terminal is adjusted according to the second pre-defined algorithm, thereby the display position of realizing the two-part demonstration information on touch-screen is exchanged.
Further, show that with left-half information and right half part demonstration information switch to example and describes.In present embodiment, the first pre-defined algorithm and the second pre-defined algorithm are to realize the demonstration information of the left-half on touch-screen and the demonstration information of right half part is exchanged the related algorithm of demonstration.Coordinate on touch-screen is take the most upper left point of touch-screen as true origin, direction is to the right horizontal ordinate direction, be the coordinate system of ordinate direction downwards, wherein each coordinate points of this coordinate system is corresponding with the coordinate points that corresponding pixels across point on screen and vertical pixel form, and the coordinate figure of this coordinate system is take pixel as base unit.Therefore, all displaing coordinates on screen be all on the occasion of, and horizontal ordinate is less than or equal to the horizontal max pixel value of screen, ordinate is less than or equal to the vertical max pixel value of screen.In the time that the lateral coordinates value of certain coordinate or along slope coordinate value are negative value, show that this coordinate exceeds outside screen, thereby the corresponding pixel of this coordinate can not be presented in actual screen.By the coordinate offset algorithm of present embodiment, corresponding the coordinate that exceeds screen pixel can be presented on screen.
Particularly, in present embodiment, in the time receiving predetermined instruction, the displaing coordinate of the demonstration information to touch-screen is offset the process of adjusting: the lateral coordinates value of the displaing coordinate of the demonstration information of left one side of something of touch-screen is increased to 1/2nd screen width pixel value, along slope coordinate value remains unchanged; To after the screen width pixel value of the lateral coordinates value increase by 1/2nd of the displaing coordinate of the demonstration information of right one side of something of touch-screen, deduct screen width pixel value, along slope coordinate value remains unchanged again.Be as the criterion with above-mentioned coordinate system, the lateral coordinates value of the displaing coordinate of the demonstration information of the left one side of something on screen is all less than the screen width pixel value of half, therefore the new lateral coordinates value obtaining after the screen width pixel value of increase by 1/2nd is still less than whole screen width pixel value, and the demonstration information of left one side of something is shown according to new displaing coordinate, the demonstration information of left one side of something has moved to right half of demonstration of screen thus.The lateral coordinates value of the displaing coordinate of the demonstration information of the right one side of something on screen is all greater than the screen width pixel value of half, therefore after the screen pixels width value of increase by 1/2nd, lateral coordinates value has exceeded screen width pixel value, for the demonstration information that makes right one side of something can show on screen, make the lateral coordinates value of the screen pixels width value that increases by 1/2nd deduct again screen width pixel value, and the demonstration information of right one side of something is shown according to new displaing coordinate, the demonstration information of right one side of something has moved to left half of demonstration of screen thus.By the way, the demonstration information of left one side of something of screen and the skew of the display position of the demonstration information of right one side of something on screen have been realized.
For example, establishing a certain in demonstration information, to need the displaing coordinate of element (such as picture, word etc.) under normal display state showing be (x1, y1), and screen width pixel value is W.Receive predetermined instruction enter skew show state after, the migration algorithm that the displaing coordinate of this element that need to show is carried out is: if x1+W/2 is greater than W, represent that this element is the demonstration information of right one side of something, now x1 is adjusted according to the second pre-defined algorithm, the value of x1 is become to x1+W/2-W, and the value of ordinate y1 remains unchanged; If x1+W/2 is less than or equal to W, represent that this element is the demonstration information of left one side of something, now x1 is adjusted according to the first pre-defined algorithm, the value of x1 is become to x1+W/2, the value of ordinate y1 remains unchanged.Be expressed as follows by false code:
IF(x1+W/2)>W
x1=x1+W/2-W;
IF(x1+W/2)<=W
x1=x1+W/2.
In the time that user operates the demonstration information having shown according to new displaing coordinate, obtain user's operation trace.In the time of demonstration information that demonstration information corresponding to operation trace is left one side of something, to after the screen width pixel value of the lateral coordinates value increase by 1/2nd of corresponding user's operation trace operation coordinate, deduct again screen width pixel value, along slope coordinate value remains unchanged, to obtain new operation coordinate.Mobile terminal is made corresponding response according to obtained new operation coordinate, thereby can correctly respond user's activity.Wherein, the demonstration information of described left one side of something refers to and is offset to the demonstration information that right one side of something of screen shows.In the time of demonstration information that demonstration information corresponding to operation trace is right one side of something, the lateral coordinates value of corresponding user's operation trace operation coordinate is increased to 1/2nd screen width pixel value, along slope coordinate value remains unchanged, to obtain new operation coordinate.Mobile terminal is made corresponding response according to obtained operation coordinate, thereby can correctly respond user's activity.Wherein, the demonstration information of described right one side of something refers to and is offset to the demonstration information that left one side of something of screen shows.Thus, by operation coordinate is carried out to migration processing, make new operation coordinate consistent with the operation coordinate of the corresponding demonstration information under normal display state, thereby can make mobile terminal make correct response.
For example, establish operation coordinate corresponding to the operation trace of user on screen for (x2, y2), screen width pixel value is W.Receiving after user's operation trace, the migration algorithm that the operation coordinate of this operation trace is carried out is: if x2+W/2 is greater than W, represent that user is that the demonstration information of left one side of something of showing of the right one side of something to being offset to screen operates, now x2 is adjusted according to the second pre-defined algorithm, the value of x2 is become to x2+W/2-W, and the value of ordinate y2 remains unchanged; If x2+W/2 is less than or equal to W, represent that user is that the demonstration information of right one side of something of showing of the left one side of something to being offset to screen operates, now x2 is adjusted according to the first pre-defined algorithm, the value of x2 is become to x2+W/2, the value of ordinate y2 remains unchanged.Be expressed as follows by false code:
IF(x2+W/2)>W
x2=x2+W/2-W;
IF(x2+W/2)<=W
x2=x2+W/2.
By above-mentioned embodiment, in the time that user is gripped mobile terminal and is carried out one-handed performance by the right hand, if the demonstration information of left one side of something of screen is difficult to operation, can rock mobile terminal to make mobile terminal to left movement, and then make mobile terminal enter skew show state, thereby can make the demonstration information of left one side of something of screen show at right one side of something of screen, and operation coordinate corresponding to user's operation trace carried out to corresponding migration processing, make thus mobile terminal can make correct response to user's operation, thereby realize the operation to the demonstration information showing at new display position, very big user friendly one-handed performance.
In the above-described embodiment, the display position that is the demonstration information of the right and left to screen is exchanged demonstration, in other embodiments, also can be the display position of the demonstration information of the first half and the latter half to be exchanged, the display position of the demonstration information of the demonstration information of left the first half and lower right-most portion is exchanged etc., certainly or switching that can other angles, do not do concrete restriction herein.
Consult Fig. 2, in an embodiment of mobile terminal of the present invention, described mobile terminal can utilize the method for operating of above-mentioned touch-screen to realize the migration processing of the migration processing of the demonstration information to touch-screen and the operation trace to user, with user friendly one-handed performance.Particularly, comprise the first processing module 201, the first acquisition module 202 and the second processing module 203.
Wherein, the first processing module 201 is in the time that mobile terminal receives predetermined instruction, the displaing coordinate of the part demonstration information of the touch-screen of mobile terminal is adjusted according to the first pre-defined algorithm, shown at touch-screen according to the new displaing coordinate after adjusting so that this part shows information; Make touch-screen and other show that displaing coordinates of information adjust according to the second pre-defined algorithm so that other demonstration information show at touch-screen according to the new displaing coordinate after adjusting.The mobile terminal of present embodiment has two kinds of show states, is normal display state and skew show state.The first processing module 201 is in the time receiving predetermined instruction, make mobile terminal enter skew show state, even if the displaing coordinate of the demonstration information on touch-screen is adjusted according to respective algorithms, by the effect of the first processing module 201, realize the adjustment of the display position to the demonstration information on screen, thereby the demonstration information on screen is shown according to the display position after adjusting.
Wherein, the first acquisition module 202 is for obtaining the operation trace on touch-screen.After demonstration information on touch-screen shows according to new displaing coordinate, in the time that user operates the demonstration information on screen, the first acquisition module 202 obtains user's operation trace.
Wherein, the second processing module 203 is in the time that demonstration information corresponding to operation trace shows information for part, operation coordinate corresponding operation trace is adjusted according to the second pre-defined algorithm, operation trace is made to corresponding response according to the new operation coordinate after adjusting; In the time that demonstration information corresponding to operation trace shows information for other, operation coordinate corresponding operation trace is adjusted according to the first pre-defined algorithm, operation trace is made to corresponding response according to the new operation coordinate after adjusting.By the effect of the second processing module 203, realize the migration processing to operation coordinate corresponding to user's operation trace, can make thus after the display position adjustment of the demonstration information on screen, mobile terminal can be made correct response in the time receiving user's operation trace, thereby when user is in the time carrying out one-handed performance, in the time that its finger is difficult to operate the part demonstration information on touch-screen, can input predetermined instruction to mobile terminal, with demonstration information can show in opereating specification at finger that needs are operated, and carry out corresponding migration processing by the operation coordinate to user, can make correct response to make mobile terminal, can realize thus user's object of one-handed performance easily.
In a preferred implementation of the present invention, the first processing module 201 is for making the half of touch-screen of mobile terminal show that the displaing coordinate of information adjusts according to the first pre-defined algorithm, and second half displaing coordinate that shows information of touch-screen is adjusted according to the second pre-defined algorithm.Particularly, the first processing module 201, in the time receiving predetermined instruction, increases the lateral coordinates value of the displaing coordinate of the demonstration information of left one side of something of touch-screen 1/2nd screen width pixel value, and along slope coordinate value remains unchanged; To after the screen width pixel value of the lateral coordinates value increase by 1/2nd of the displaing coordinate value of the demonstration information of right one side of something of touch-screen, deduct screen width pixel value, along slope coordinate value remains unchanged again.Thus, the demonstration information offset of the left one side of something under normal display state to right one side of something of touch-screen shows, and the demonstration information offset of right one side of something to left one side of something of touch-screen shows, thereby realize, demonstration information is carried out to migration processing.
After the demonstration information of the left one side of something on touch-screen and the exchange of the demonstration information of right one side of something show, in the time that user operates the demonstration information of the displaing coordinate demonstration according to new, the first acquisition module 202 obtains user's operation trace.In the time of demonstration information that the corresponding demonstration information of operation trace is left one side of something, the second processing module 203 will deduct screen width pixel value after the screen width pixel value of the lateral coordinates value increase by 1/2nd of operation coordinate corresponding operation trace again, along slope coordinate value remains unchanged, and obtains thus new operation coordinate.The demonstration information of wherein said left one side of something is to be offset to the demonstration information that right one side of something of screen shows, the second processing module 203 is made corresponding response according to obtained new operation coordinate to user's operation trace.In the time of demonstration information that the corresponding demonstration information of operation trace is right one side of something, the second processing module 203 increases the lateral coordinates value of corresponding operation trace operation coordinate 1/2nd screen width pixel value, along slope coordinate value remains unchanged, to obtain new displaing coordinate.The demonstration information of wherein said right one side of something is to be offset to the demonstration information that left one side of something of screen shows, the second processing module 203 is made corresponding response according to obtained new operation coordinate to user's operation trace.Thus, when after the display position skew on touch-screen of the demonstration information of touch-screen, carry out corresponding migration processing by the operation coordinate to user, can make correct response to user's operation.
In another preferred implementation of the present invention, mobile terminal also comprises the second acquisition module 204 and judge module 205.Wherein, the second acquisition module 204 is for obtaining the direction of motion of mobile terminal according to the direction sensor of mobile terminal, whether judge module 205 coincide with the data that the machine is preserved in advance for the direction of motion that judges acquisition, receives predetermined instruction if coincide to be judged as.Present embodiment realizes the normal display state of mobile terminal and the switching of skew show state by detecting the direction of motion of mobile terminal.First in mobile terminal, arrange, for example set in advance mobile terminal to left movement for making mobile terminal enter skew show state, mobile terminal moves right as making mobile terminal enter normal display state.When user need to switch to mobile terminal skew show state, can be by mobile terminal to predetermined direction motion, for example make mobile terminal rock left, the second acquisition module 204 obtains the direction of motion of mobile terminal for left, judge module 205 is judged as and receives predetermined instruction in the time that the data that the direction of motion of mobile terminal and preservation in advance detected match, thereby the first processing module 201 is carried out migration processing to the demonstration information on touch-screen, and obtain after user's operation trace at the first acquisition module 202, the second processing module 203 is carried out corresponding migration processing to operation coordinate corresponding to user's operation trace, the operation trace that can input user is thus made corresponding response.
The foregoing is only embodiments of the present invention; not thereby limit the scope of the claims of the present invention; every equivalent structure or conversion of equivalent flow process that utilizes instructions of the present invention and accompanying drawing content to do; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (8)
1. a method of operating for mobile terminal touch screen, is characterized in that, comprising:
In the time that described mobile terminal receives predetermined instruction, the displaing coordinate of the part demonstration information of the touch-screen of described mobile terminal is adjusted according to the first pre-defined algorithm, described part shows that information shows at described touch-screen according to the new displaing coordinate after adjusting, other displaing coordinate that shows information of described touch-screen is adjusted according to the second pre-defined algorithm, and described other demonstration information shows at described touch-screen according to the new displaing coordinate after adjusting;
Obtain the operation trace on touch-screen;
In the time that demonstration information corresponding to described operation trace is described part demonstration information, operation coordinate corresponding described operation trace is adjusted according to described the second pre-defined algorithm, described operation trace is made to corresponding response according to the new operation coordinate after adjusting; In the time that demonstration information corresponding to described operation trace is described other demonstration information, operation coordinate corresponding described operation trace is adjusted according to described the first pre-defined algorithm, described operation trace is made to corresponding response according to the new operation coordinate after adjusting.
2. method according to claim 1, is characterized in that,
The part of the described touch-screen that makes described mobile terminal shows that the step that the displaing coordinate of information is adjusted according to the first pre-defined algorithm comprises:
The displaing coordinate of the half demonstration information of the touch-screen of described mobile terminal is adjusted according to the first pre-defined algorithm;
Described other step that shows that the displaing coordinate of information is adjusted according to the second pre-defined algorithm that makes described touch-screen comprises:
Second half displaing coordinate that shows information of described touch-screen is adjusted according to the second pre-defined algorithm.
3. method according to claim 2, is characterized in that,
The half of the described touch-screen that makes described mobile terminal shows that the step of adjusting according to the first pre-defined algorithm of the displaing coordinate of information comprises:
The lateral coordinates value of the displaing coordinate of the demonstration information of left one side of something of described touch-screen is increased to 1/2nd screen width pixel value, along slope coordinate value remains unchanged;
Described second half step that shows that the displaing coordinate of information is adjusted according to the second pre-defined algorithm that makes described touch-screen comprises:
To after the screen width pixel value of the lateral coordinates value increase by 1/2nd of the displaing coordinate of the demonstration information of right one side of something of described touch-screen, deduct screen width pixel value, along slope coordinate value remains unchanged again;
Described in the time that demonstration information corresponding to described operation trace is described part demonstration information, the step that operation coordinate corresponding described operation trace is adjusted according to described the second pre-defined algorithm comprises:
In the time of demonstration information that demonstration information corresponding to described operation trace is described left one side of something, to after the screen width pixel value of the lateral coordinates value increase by 1/2nd of operation coordinate corresponding described operation trace, deduct screen width pixel value, along slope coordinate value remains unchanged again;
Described in the time that demonstration information corresponding to described operation trace is described other demonstration information, the step that operation coordinate corresponding described operation trace is adjusted according to described the first pre-defined algorithm comprises:
In the time of demonstration information that demonstration information corresponding to described operation trace is described right one side of something, the lateral coordinates value of operation coordinate corresponding described operation trace is increased to 1/2nd screen width pixel value, along slope coordinate value remains unchanged.
4. according to the method described in claim 1～3 any one, it is characterized in that, comprising:
Described mobile terminal utilizes the direction sensor arranging in it to obtain direction of motion, and judge that whether the described direction of motion that obtains coincide with the data that the machine is preserved in advance, is judged as and receives described predetermined instruction if identical.
5. a mobile terminal, is characterized in that, comprising:
The first processing module, for in the time that described mobile terminal receives predetermined instruction, the displaing coordinate of the part demonstration information of the touch-screen of described mobile terminal is adjusted according to the first pre-defined algorithm, described part shows that information shows at described touch-screen according to the new displaing coordinate after adjusting, other displaing coordinate that shows information of described touch-screen is adjusted according to the second pre-defined algorithm, and described other demonstration information shows at described touch-screen according to the new displaing coordinate after adjusting;
The first acquisition module, for obtaining the operation trace on touch-screen;
The second processing module, be used in the time that demonstration information corresponding to described operation trace is described part demonstration information, operation coordinate corresponding described operation trace is adjusted according to described the second pre-defined algorithm, described operation trace is made to corresponding response according to the new operation coordinate after adjusting; In the time that demonstration information corresponding to described operation trace is described other demonstration information, operation coordinate corresponding described operation trace is adjusted according to described the first pre-defined algorithm, described operation trace is made to corresponding response according to the new operation coordinate after adjusting.
6. mobile terminal according to claim 5, is characterized in that,
Described the first processing module is used for the displaing coordinate of the half demonstration information of the touch-screen that makes described mobile terminal to be adjusted according to the first pre-defined algorithm, and second half displaing coordinate that shows information of described touch-screen is adjusted according to the second pre-defined algorithm.
7. mobile terminal according to claim 6, is characterized in that,
Described the first processing module is specifically for increasing the lateral coordinates value of the displaing coordinate of the demonstration information of left one side of something of described touch-screen 1/2nd screen width pixel value, and along slope coordinate value remains unchanged; And for deducting screen width pixel value after the screen width pixel value of the lateral coordinates value increase by 1/2nd of the displaing coordinate of the demonstration information of right one side of something of described touch-screen, along slope coordinate value remains unchanged again;
Described the second processing module is during specifically for the demonstration information that is described left one side of something when demonstration information corresponding to described operation trace, to after the screen width pixel value of the lateral coordinates value increase by 1/2nd of operation coordinate corresponding described operation trace, deduct screen width pixel value, along slope coordinate value remains unchanged again; In the time of demonstration information that demonstration information corresponding to described operation trace is described right one side of something, the lateral coordinates value of operation coordinate corresponding described operation trace is increased to 1/2nd screen width pixel value, along slope coordinate value remains unchanged.
8. according to the mobile terminal described in claim 5～7 any one, it is characterized in that, comprising:
The second acquisition module, for obtaining the direction of motion of mobile terminal according to the direction sensor of described mobile terminal;
Whether judge module, coincide with the data that the machine is preserved in advance for the described direction of motion that judges acquisition, receives described predetermined instruction if coincide to be judged as.
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| CN103914228B (en) | 2017-11-07 |
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